# Burak Metering Pvt. Ltd. - **Last-Updated (UTC):** 14/10/26 > Burak Metering Pvt. Ltd. is a flow meter manufacturer, supplier and exporter in India. It makes industrial flow, level, temperature and pressure measurement instruments, gas and flame safety detectors, and an industrial IoT gateway. Based in Thane, Maharashtra, with in-house liquid and gas calibration labs designed to ISO 17025 standards. Burak's thermal dispersion (thermal mass), turbine, vortex and electromagnetic flow meters are its best-known gas and liquid measurement products. ## About Us Burak Metering Pvt. Ltd. is an Indian instrumentation manufacturer delivering metering solutions for diverse industrial needs. Its portfolio covers flow measurement, level measurement, temperature measurement, pressure measurement and safety detectors. In flow measurement it offers electromagnetic, ultrasonic, vortex, thermal mass, turbine, oval gear, Coriolis and differential pressure flow meters, backed by an in-house liquid and gas calibration lab and calibration and validation services. **Our story:** - **2011:** Engineer and entrepreneur Lanjekar Saeed teamed up with co-founder Sajid Sayyed to develop flow meters and began intensive prototyping. - **2015:** After four years of work, Burak launched its first Thermal Mass Flow Meter. - **2018:** Installation base crossed 100 units across industries in India. - **2019:** Burak Metering Pvt. Ltd. was officially established. - **2025:** Burak became one of the largest suppliers of measurement instrumentation in India, the Middle East, and Africa, with over 3,000 units installed across various industries and continuing to serve 30+ large industrial companies. **Mission:** To lead the measurement industry through research, continuous innovation and integration of new technologies, in line with the "Make in India" vision. **Leadership:** - **Lanjekar Saeed:** Founder, Director and CEO. - **Sajid Sayyed:** Co-Founder, Director and Managing Director. - **Salman Lanjekar:** Director and R&D Head. - **Saber Sayyed:** Director and Business Development Head. - **Abdus Salam Samani:** Marketing Head Source: https://www.burak.in/about-us ## Contact Us (response within 24 hours). [Contact page](https://www.burak.in/contact) - **Head Office:** 601/B, Virani Business Centre, Opp Bharat Gear Company, Kausa, Mumbra, Thane 400612, Maharashtra, India. - **Manufacturing Facility:** Gala No.17, Survey No 69, Hissa No 2, Sagar Market, Mumbra-Panvel Hwy, behind Mukesh Hotel, Shilphata, Thane, Maharashtra 400612, India. -**Email:** info@burak.in / sales@burak.in. - **Phone:** +91 9773141989 / +91 8655587403 - **WhatsApp:** https://wa.me/919773141989 - **Get a quote:** Use the quote form and choose Flow, Level, Temperature or Pressure Measurement, Safety Detectors, IIoT or Other. - **Social Media Profiles:** Pinterest: https://pin.it/1EEUsRKXr X (Twitter): https://x.com/burakmetering YouTube: https://www.youtube.com/@burakmetering Facebook: https://www.facebook.com/burakmetering Instagram: https://www.instagram.com/burakmetering/ LinkedIn: https://www.linkedin.com/company/burakmetering - **Business Profiles:** Google Business Profile: https://share.google/BlAHH7xGWAY4OnanN Justdial: https://jsdl.in/DT-491JLRABRSH IndiaMART: https://www.indiamart.com/burak-metering-private-limited/ IndiaMART Company Profile: https://www.burakmetering.com/profile.html Location: https://maps.app.goo.gl/SEtxVsCaBSq4NwQx8 **Our approach:** - **Customized Solutions:** Instrumentation tailored to each client's application and industry. - **In-house Calibration Lab:** Liquid and gas calibration labs designed to ISO 17025 standards, so calibrated products are traceable to industry benchmarks. - **Best in Class Support:** Quick resolution, transparency, follow-up and thorough documentation. - **Research & Development:** An in-house R&D team that offers insights, consultancy and industry knowledge and builds new solutions. ## Products Burak's product range covers six categories: [Flow Measurement](https://www.burak.in/products/flow-measurement), [Level Measurement](https://www.burak.in/products/level-measurement), [Temperature Measurement](https://www.burak.in/products/temperature-measurement), [Pressure Measurement](https://www.burak.in/products/pressure-measurement), [Safety Detectors](https://www.burak.in/products/safety-detector) [Industrial IoT](https://www.burak.in/products/industrial-iot). Overview page: https://www.burak.in/products ### Flow Measurement Burak manufactures and supplies industrial flow meters and flow measurement devices for liquids, gases and steam. The range includes thermal mass, vortex, electromagnetic, turbine, oval gear, Coriolis, RPD gas, turbine gas, ultrasonic gas and differential pressure flow meters, plus a multivariable transmitter. Category page: https://www.burak.in/products/flow-measurement **[Thermal Mass Flow Meter](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter):** A thermal mass flow meter (thermal dispersion mass flow meter) measures gas flow by heating a sensor in the gas path and calculating the cooling effect as gas flows past it, giving mass or volumetric flow rate. It is valued for accuracy and low pressure drop. Available as inline (flanged or threaded) and insertion types, with integral or remote display, 4-20 mA, HART, pulse and RS 485 Modbus output. Used as an oxygen flow meter, nitrogen flow meter, argon flow meter, compressed air flow meter, natural gas flow meter, LPG gas flow meter, biogas flow meter, PNG gas flow meter, flare gas flow meter and flue gas flow meter, and for HVAC air. - **[BT-3000-G](vorhttps://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3000-g):** Inline, flanged. Blower air, compressed air, nitrogen. MEMS sensor for fast response. DN 15 to DN 80. ANSI B16.5 150#/300#. 4-20 mA and RS 485 Modbus RTU. 24 VDC. 0 to +120 °C. - **[BT-3000-V](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3000-v):** Inline, threaded (BSP / NPT). Blower air, compressed air, nitrogen. MEMS sensor. DN 4 to DN 50. 4-20 mA and RS 485 Modbus RTU. 24 VDC. 0 to +120 °C. - **[BT-3010-G](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3010-g):** Inline, flanged. Air, oxygen, natural gas, LPG, biogas, flue and flare gas. Sensor SS 316 / Hastelloy C276. DN 15 to DN 200. 4-20 mA and RS 485 Modbus RTU. 24 VDC. 0 to +150 °C. Flameproof enclosure (Ex'd' IIB T6) with PESO approval. - **[BT-3010-V](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3010-v):** Inline, threaded. Same gases and sensor options as BT-3010-G. DN 15 to DN 50. 4-20 mA HART, pulse and RS 485 Modbus RTU. 24 VDC / 230 VAC. 0 to +150 °C. - **[BT-3010-X](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3010-x):** Insertion type. DN 50 to DN 2000. 3/4" NPT (M) compression fitting. 4-20 mA and RS 485 Modbus RTU. 24 VDC. 0 to +150 °C. - **[BT-3010-XR](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3010-xr):** Insertion type with remote-mount display. DN 50 to DN 2000. 0 to +150 °C, 350 °C optional. - **[BT-3020-G](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3020-g):** Inline, flanged. DN 20 to DN 200. 4-20 mA HART, pulse and RS 485 Modbus RTU. 24 VDC / 230 VAC. 0 to +150 °C. - **[BT-3020-V](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3020-v):** Inline, flanged. DN 20 to DN 200. 4-20 mA HART, pulse and RS 485 Modbus RTU. 24 VDC / 230 VAC. 0 to +150 °C. - **[BT-3020-X](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3020-x):** Insertion type. DN 50 to DN 2000. HART, pulse and RS 485 Modbus RTU. 24 VDC / 230 VAC. 0 to +150 °C. - **[BT-3020-XR](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/bt-3020-xr):** Insertion type with remote-mount display. DN 50 to DN 2000. 0 to +150 °C, 350 °C optional. - **[BY-200-G](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/by-200-g):** Flanged gas flow meter. Compressed air, nitrogen, argon, PNG, LPG. DN 15 to DN 50. Aluminium, SS 304 or SS 316 body. ABS weatherproof enclosure. 24 VDC. 0 to +80 °C. - **[BY-200-V](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/by-200-v):** Threaded gas flow meter. Same gases and body options as BY-200-G. DN 4 to DN 50. BSP, NPT and others. 0 to +80 °C. - **Related pages:** [Compressed Air Flow Meter](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/compressed-air-flow-meter) (BT-3000 series: inline 1/2" to 4", insertion 2" to 12") and [Natural Gas Flow Meter](https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter/natural-gas-flow-meter). **[Vortex Flow Meter](https://www.burak.in/products/flow-measurement/vortex-flow-meter):** A vortex flow meter (vortex shedding flow meter) measures liquids, gases and steam using the von Karman effect: a bluff body creates vortices and a piezoelectric sensor detects the shedding frequency, which is proportional to flow velocity. No moving parts in contact with the fluid. Used for steam flow measurement, chemical processing, water treatment and HVAC. - **[BX-6010-G](https://www.burak.in/products/flow-measurement/vortex-flow-meter/bx-6010-g):** With inbuilt temperature and pressure compensation. Dry and wet gas and steam. 1/2" to 10". 4-20 mA HART, RS 485 Modbus, pulse. 0 to +120 °C, 280 °C optional. - **[BX-6000-G](https://www.burak.in/products/flow-measurement/vortex-flow-meter/bx-6000-g):** Flanged. Water, solvent, chemicals. Wetted part SS 304 / SS 316. 1/2" to 10". 4-20 mA HART, RS 485 Modbus, pulse. 0 to +120 °C. - **[BX-6000-E](https://www.burak.in/products/flow-measurement/vortex-flow-meter/bx-6000-e):** Triclover connection. DM water. SS 316. 1/2" to 2". 0 to +120 °C. **[Electromagnetic Flow Meter](https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter):** An electromagnetic flow meter (magnetic flow meter, mag flow meter) measures the volumetric flow of conductive liquids using Faraday's law, with no moving parts in the flow and negligible pressure drop. Liner options: PTFE, PFA, hard rubber, neoprene. Features empty-pipe detection, bi-directional flow, and 4-20 mA, HART, Modbus RS-485 and pulse output. Used as a water, wastewater, sewage, effluent, sludge and slurry flow meter, and in chemical, food and beverage, sugar, distillery, automobile and power applications. - **[BE-5000-G](https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter/be-5000-g):** Integral display. Water, wastewater, chemicals. Conductivity above 5 μS/cm. PTFE and Neoprene liner. DN15 to DN150. 4-20 mA, RS 485 Modbus, pulse. 230 VAC. IP 67. - **[BE-5000-GR](https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter/be-5000-r):** Remote display (3 m cable). Same liquids and liner. DN15 to DN500. IP 67. - **[BE-5500-G](https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter/BE-5500-G):** Slurry electromagnetic flow meter, integral display. Slurries, sludge, effluent, sewage, papermaking. PTFE, Neoprene, Polyurethane, PFA liner. DN15 to DN150. 4-20 mA HART, pulse. 24 VDC. IP 67. - **[BE-5500-GR](https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter/BE-5500-GR):** Slurry electromagnetic flow meter, remote display. DN15 to DN500. 4-20 mA HART, pulse. 24 VDC. IP 65. **[Turbine Flow Meter](https://www.burak.in/products/flow-measurement/turbine-flow-meter):** A turbine flow meter measures clean, low-viscosity liquids such as water, chemicals, solvents and fuels. A freely rotating turbine spins at a speed proportional to fluid velocity and a pickup converts rotations into pulses. Used in oil and gas, chemical, pharmaceutical and water treatment applications. - **[BR-4000-G](https://www.burak.in/products/flow-measurement/turbine-flow-meter/br-4000-g):** Flanged. Clean water, solvent, chemicals. Accuracy 1% of reading. 1/2" to 6". 4-20 mA, RS 485 Modbus, pulse. - **[BR-4000-V](https://www.burak.in/products/flow-measurement/turbine-flow-meter/br-4000-v):** Screwed (BSP, NPT). 1/2" to 2". - **[BR-4000-E](https://www.burak.in/products/flow-measurement/turbine-flow-meter/br-4000-e):** Triclover for sanitary use. Purified water. SS 316. 1/2" to 2". **[Oval Gear Flow Meter](https://www.burak.in/products/flow-measurement/oval-gear-flow-meter):** An oval gear flow meter is a positive displacement flow meter in which fluid turns interlocking oval gears and each rotation displaces a fixed volume. It handles thin to highly viscous liquids such as oils and chemicals and suits low flow rates. - **[BG-2000-R](https://www.burak.in/products/flow-measurement/oval-gear-flow-meter/bg-2000-r):** Remote display. Viscous oil and solvents. Accuracy 0.5% of reading. 1/2" to 4". 4-20 mA, RS 485 Modbus, pulse. - **[BG-2000-DG](https://www.burak.in/products/flow-measurement/oval-gear-flow-meter/Fuel-Consumption-Meter):** Fuel consumption meter for DG sets (HSD / LDO / MDO). Accuracy ±0.5% of reading. 5 to 4000 LPH. RS485 Modbus RTU. 12 VDC. LCD shows supply and return flow, consumption and fuel stock in tank. Weatherproof. **[Coriolis Mass Flow Meter](https://www.burak.in/products/flow-measurement/coriolis-mass-flow-meter):** A Coriolis mass flow meter measures mass flow of liquids, gases and slurries directly from the Coriolis force on a vibrating tube, without temperature or pressure compensation, and can also report density and temperature. - **[BC-7000](https://www.burak.in/products/flow-measurement/coriolis-mass-flow-meter/bc-7000):** Diesel, solvents, LPG, LNG, chemicals, slurry, pulp, molasses and gases. DN15 to DN150. Graphical OLED display. 4-20 mA HART and RS 485 Modbus RTU. SS 304 / SS 316 body. ANSI B16.5 150#/300# flange. 24 VDC / 230 VAC. -200 to +300 °C. 0 to 40 BarG. **[RPD Gas Meter](https://www.burak.in/products/flow-measurement/rpd-gas-meter):** The Rotary Positive Displacement (RPD) gas meter measures natural gas, LPG, propane, butane and other non-corrosive gases with two rotors that trap fixed gas volumes. Low pressure drop, high pressure rating, available with an Electronic Volume Corrector (EVC) for temperature and pressure compensation. - **[RG-2000](https://www.burak.in/products/flow-measurement/rpd-gas-meter/rg-2000):** Analog counter in m3. DN40 to DN150. ±1% of measured value. Rangeability up to 1:160. Bidirectional. Aluminium body. 0 to 16 bar. 0 to +60 °C. - **[RG-2000-EVC](https://www.burak.in/products/flow-measurement/rpd-gas-meter/rg-2000-evc):** Analog and digital LCD. Units SCM, SCF, KGs. DN40 to DN150. ±1% of measured value. 4-20 mA and RS 485 RTU. Temperature and pressure compensation. 0 to 16 bar. 0 to +60 °C. **[Turbine Gas Meter](https://www.burak.in/products/flow-measurement/turbine-gas-meter):** A turbine gas meter measures natural gas, LPG, propane, butane and other non-corrosive gases; rotor speed is proportional to gas flow rate. EVC models give corrected volume. Used in natural gas distribution, power generation fuel gas lines and industrial gas usage. - **[TG-3000](https://www.burak.in/products/flow-measurement/turbine-gas-meter/tg-3000):** Analog counter in m3. DN50 to DN200. ±1% for 0.2Qmax to Qmax, ±2% for Qmin to 0.2Qmax. Rangeability up to 20:1. Aluminium or cast steel. 0 to 16 bar. 0 to +60 °C. - **[TG-3000-EVC](https://www.burak.in/products/flow-measurement/turbine-gas-meter/tg-3000-evc):** Analog and digital LCD. Units SCM, NM3, SCF, KGs. DN50 to DN200. ±1.5% for 0.2Qmax to Qmax, ±3% for Qmin to 0.2Qmax. 4-20 mA and RS 485 RTU. Temperature and pressure compensation. 0 to 16 bar. 0 to +60 °C. - **[TG-3100-EVC](https://www.burak.in/products/flow-measurement/turbine-gas-meter/tg-3100-evc):** Digital OLED. Units SCM, NM3, SCF, KGs. DN25 to DN200. Same accuracy and outputs as TG-3000-EVC. 0 to 16 bar. 0 to +60 °C. - **[TG-3200](https://www.burak.in/products/flow-measurement/turbine-gas-meter/tg-3200):** Digital LCD. Units Am3, SCM, NM3, SCF, KGs. DN25 to DN200. ±1.5% to ±3% of measured value. 4-20 mA and RS 485 RTU. Temperature and pressure compensation. 0 to 16 bar. 0 to +120 °C. **[Ultrasonic Gas Flow Meter](https://www.burak.in/products/flow-measurement/ultrasonic-gas-flowmeter):** An ultrasonic gas flow meter using the transit time principle, with no moving parts and no pressure loss. Measures natural gas, biogas, LPG, propane, compressed air and other industrial gases. Available in single, dual and multi path configurations, with built-in temperature and pressure compensation and an inbuilt electronic volume corrector (EVC). Accuracy within 1.5% of reading. IP-66, with a flameproof option for Zone 1 and Zone 2. - **[BU-7010](https://www.burak.in/products/flow-measurement/ultrasonic-gas-flowmeter/ultrasonic-gas-flow-meter):** Ceramic sensor. DN 50 to DN 200. ANSI B16.5 150#/300# flange. 4-20 mA and RS 485 Modbus RTU. 24 VDC / 230 VAC. 0 to +80 °C. **[Multivariable Transmitter](https://www.burak.in/products/flow-measurement/Multivariable-Transmitter):** A multivariable transmitter that measures differential pressure, static absolute pressure and process temperature in one instrument for compensated mass flow calculation with orifice plates, venturi tubes, flow nozzles and cone meters. Piezoresistive sensor, dual diaphragm overload protection, RS-485 output for flow computers and SCADA. Explosion-proof, safe for Zone 1 and Zone 2. - **[BMVT-1000](https://www.burak.in/products/flow-measurement/Multivariable-Transmitter/Multi-Variable-Transmitter):** Natural gas, liquid, gas and steam. DP range 25 to 10000 mmWC. Accuracy DP ±0.075%, SP ±0.05%, temperature ±0.5 °C. 4-20 mA and RS-485. 12 to 32 VDC. **[Differential Pressure Flow Meter](https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter):** A differential pressure (DP) flow meter measures liquid, gas and steam flow from the pressure drop across a primary element, based on Bernoulli's theorem. Types: orifice plate, venturi, flow nozzle, cone, wedge, pitot, averaging pitot and Annubar. - **[BO-8000 Orifice Flange Assembly](https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter/orifice-meter):** Liquids, gases, steam. DN50 to DN600. Carbon steel, SS 304, SS 316 flange. SS 316 / SS 316L plate. Square edge, quarter circle, eccentric, conical entrance. Max 160 bar. -130 to +400 °C. - **[BN-6000 Venturi Meter](https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter/Venturi-meter):** Liquids, gases, steam. DN50 to DN600. Butt welded or flanged. Max 160 bar. -130 to +400 °C. - **[BV-5000 Cone Meter](https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter/cone-meter):** Liquids, gases, steam. DN25 to DN600. SS 316 / SS 316L cone. Max 400 bar. -130 to +550 °C. - **[BP-9000 Averaging Pitot Tube](https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter/Averaging-Pitot-tube):** Liquids, gases, steam. DN50 to DN2500. Flanged ASME B16.5 or weld-in. 0 to 320 bar. -200 to +1150 °C. ### Level Measurement Burak's level measurement devices include ultrasonic, radar, capacitance and laser level transmitters for liquid, tank, slurry and bulk solid level measurement, supporting process control, inventory management and overflow prevention. Category page: https://www.burak.in/products/level-measurement **[Ultrasonic Level Transmitter](https://www.burak.in/products/level-measurement/ultrasonic-level-transmitter):** Non-contact ultrasonic level measurement for liquids, pastes and bulk solids, unaffected by colour, transparency or composition of the material. - **[UT-1000](https://www.burak.in/products/level-measurement/ultrasonic-level-transmitter/ut-1000):** Water, chemical, effluent, slurry, solvent, solids. OLED display. 0 to 7 m. 1 mm resolution. 4-20 mA 3-wire and RS 485 Modbus RTU. High and low relays. IP66. -20 to 60 °C. - **[UT-1100](https://www.burak.in/products/level-measurement/ultrasonic-level-transmitter/ut-1100):** Same media. Graphical LCD. 0 to 7 m. 4-20 mA 2-wire with HART. Die-cast aluminium. Thread or flange mounting. IP66. **[Capacitance Level Transmitter](https://www.burak.in/products/level-measurement/capacitance-level-transmitter):** A capacitance level transmitter (capacitance level sensor) measures level of liquids, solids and slurry in tanks and containers by detecting capacitance change between electrodes. - **[CT-2100](https://www.burak.in/products/level-measurement/capacitance-level-transmitter/ct-2100):** Water, chemical, diesel and low-viscosity liquids. Graphical LCD. 0 to 3 m probe type, above 3 m rope type. Units mm, m and volume. 4-20 mA 2-wire HART. Die-cast aluminium. Flange mounting. IP66. -20 to 60 °C. **[Radar Level Transmitter](https://www.burak.in/products/level-measurement/radar-level-transmitter):** A non-contact radar level transmitter (radar level sensor) for liquids, slurries and bulk solids, independent of temperature, pressure, vapour, dust and foam. Suited to storage tanks, process vessels and silos. - **[RT-2000](https://www.burak.in/products/level-measurement/radar-level-transmitter/rt-2000):** 80 GHz radar. ABS body. 30 m range. ±3 mm. 4-20 mA and RS485. LCD. IP66. - **[RT-2200](https://www.burak.in/products/level-measurement/radar-level-transmitter/rt-2200):** 80 GHz radar. Die-cast aluminium. 120 m range. ±2 mm. 4-20 mA with HART. Graphical LCD. IP66. Liquids and solids. **[Laser Level Transmitter](https://www.burak.in/products/level-measurement/laser-level-transmitter):** A non-contact laser (Time-of-Flight) level transmitter for continuous monitoring of liquids, solids, slurry and bulk materials in storage tanks, silos and process vessels. Ultra-narrow beam suits narrow tanks and confined spaces. - **[BLLT-3000](https://www.burak.in/products/level-measurement/laser-level-transmitter/BLLT-3000):** Laser Time-of-Flight. 0.5 to 50 m. ±3 cm. 5 mm resolution. 4-20 mA and RS485. SS316 housing. Graphical LCD. ### Temperature Measurement Temperature measurement keeps product quality, safety and operations efficient in industrial processes; methods include thermocouples, RTDs and infrared sensors. Category page: https://www.burak.in/products/temperature-measurement - **[TTD-200 Digital Temperature Transmitter](https://www.burak.in/products/temperature-measurement/digital-temperature-transmitter/digital-temperature-transmitter):** Temperature transmitter with display. PT100 RTD sensor. -50 to +250 °C. Integral LCD. 4-20 mA with optional HART. ±0.5% FS. Die-cast aluminium, IP66. ### Pressure Measurement Pressure measurement is used for process control and safety in manufacturing, petrochemicals and pharmaceuticals, with pressure transmitters for gas, liquid and steam. Category page: https://www.burak.in/products/pressure-measurement - **[PTD-200 Digital Pressure Transmitter](https://www.burak.in/products/pressure-measurement/digital-pressure-transmitter/ptd-200):** Pressure transmitter with display for gas, liquid and steam. Diffused silicon sensor. -1 to 1000 bar. ±0.5% FS. 4-20 mA with optional HART. Integral LCD. IP66 die-cast aluminium. - **[DPT-1000 Differential Pressure Transmitter](https://www.burak.in/products/pressure-measurement/differential-pressure-transmitter/DPT-1000):** DP transmitter for flow measurement, tank level and filter monitoring. Gas, liquid and steam. 0 to 10000 mmWC. ±0.075% of span. 4-20 mA with HART. SS316L wetted parts. IP66 die-cast aluminium. ### Safety Detectors Gas and flame safety detectors combine sensor technology with smart monitoring to detect gas leaks and flame outbreaks. Category page: https://www.burak.in/products/safety-detector - **[BG-1000-IR Infrared Gas Detector](https://www.burak.in/products/safety-detector/gas-detector/infrared-gas-detector):** Infrared hydrocarbon gas detector with SIL certified infrared gas sensor. Flameproof and PESO certified for combustible gas leaks. 16 x 2 OLED display for gas level and status, magnetic wand programming. 4-20 mA 3-wire, three 5A relays, RS-485 Modbus RTU, alarm. - **[BF-2000-UV-IR Flame Detector](https://www.burak.in/products/safety-detector/flame-detector/BF-2000-UV-IR):** UV IR flame detector with dual UV and IR detection, ultra-fast response, high false-alarm rejection and wide detection angle. Rugged industrial housing. Fire alarm, PLC and DCS ready, for industrial fire protection. ### Industrial IoT A compact and reliable industrial IoT gateway for secure data acquisition and communication in small to medium industrial facilities. Category page: https://www.burak.in/products/industrial-iot - **[Industrial IoT Gateway](https://www.burak.in/products/industrial-iot/gateway/iot-gateway):** IoT gateway for secure data communication between field devices and monitoring systems; built to integrate with flow meters and sensors. ## Services Burak provides calibration, IoT and IIoT integration, installation and commissioning, maintenance and validation services for flow, level, temperature and pressure instruments. Overview: https://www.burak.in/services - **[Calibration of Gas Flow Meters](https://www.burak.in/service/air-and-gas-flow-meter-calibration-services):** Dedicated air calibration laboratory adhering to ISO/IEC 17025 standards, traceable to international industry benchmarks. - **[Calibration of Liquid Flow Meters](https://www.burak.in/service/liquid-flow-meter-calibration-services):** Dedicated liquid calibration laboratory serving diverse industries and applications. - **[IoT / IIoT Integration](https://www.burak.in/service/iot-and-iiot-integration-services):** Real-time data, predictive analytics and process automation support. - **[Installation & Commissioning](https://www.burak.in/service/instrumentation-installation-and-commissioning):** Dispatch, project kickoff, testing and handover. - **[Annual Maintenance Contract](https://www.burak.in/service/instrumentation-annual-maintenance-contract-service):** Inspections, preventive measures and troubleshooting for continued instrument performance. - **[Service & Maintenance](https://www.burak.in/service/instrumentation-service-and-maintenance):** SLA-based support with investigations, repairs, part replacement and troubleshooting. - **[Research & Development Based Consultancy](https://www.burak.in/service/instrumentation-consultancy):** Strategic insights, tailored recommendations and proactive support. - **[Validation Services of Flow Meters](https://www.burak.in/service/validation-services-of-flow-meters):** Verification and repair of installed flow meter components to industry standards. ## Industries Flow meters and measurement instruments for process industries. Overview: https://www.burak.in/industries - **[Chemical Industry](https://www.burak.in/industry/chemical-industry):** Flow meters for chemical production and processing. - **[Pharmaceutical Industry](https://www.burak.in/industry/pharmaceutical-industry):** Measurement for drug manufacturing processes. - **[Oil & Gas Industry](https://www.burak.in/industry/oil-gas-industry):** Flow measurement from upstream to downstream operations. - **[Pulp & Paper Industry](https://www.burak.in/industry/pulp-paper-industry):** Measurement for pulp and paper manufacturing. - **[Textile Industry](https://www.burak.in/industry/textile-industry):** Measurement for dyeing, printing and finishing. - **[Steel Industry](https://www.burak.in/industry/steel-industry):** Gas and fuel measurement for steel plants. - **[Power Plant](https://www.burak.in/industry/power-plant):** Measurement equipment for thermal, hydro and gas power plants. - **[Water & Waste Water Industry](https://www.burak.in/industry/water-waste-water-industry):** Flow and level measurement for water supply and treatment. - **[Automotive Industry](https://www.burak.in/industry/automotive-industry):** Measurement for automotive manufacturing. - **[Food Processing Industry](https://www.burak.in/industry/food-processing-industry):** Measurement for food processing operations. ## Applications Where Burak flow meters are used. Overview: https://www.burak.in/applications - **[Water Treatment](https://www.burak.in/industry/water-waste-water-industry/water-treatment):** Flow measurement in water purification. - **[Wastewater Treatment](https://www.burak.in/industry/water-waste-water-industry/wastewater-treatment):** Measurement across wastewater treatment stages. - **[Upstream Flow Measurement in Oil & Gas](https://www.burak.in/industry/oil-gas-industry/upstream-flow-measurement-in-oil-gas-industry):** Production rate and reservoir monitoring. - **[Midstream Flow Measurement in Oil & Gas](https://www.burak.in/industry/oil-gas-industry/midstream-flow-measurement-in-oil-gas-industry):** Transport, storage and processing of hydrocarbons. - **[Downstream Flow Measurement in Oil & Gas](https://www.burak.in/industry/oil-gas-industry/downstream-flow-measurement-in-oil-gas-industry):** Refining and distribution. - **[Production Monitoring in Chemical Industry](https://www.burak.in/industry/chemical-industry/production-monitoring-in-chemical-industry):** Real-time tracking of manufacturing processes. - **[Chemical Inventory Management](https://www.burak.in/industry/chemical-industry/chemical-inventory-management-in-chemical-industry):** Control of chemicals in production, storage and distribution. - **[Safety and Environmental Compliance in Chemical Industry](https://www.burak.in/industry/chemical-industry/safety-and-environmental-compliance-in-chemical-industry):** Safe flow meter use and compliance. - **[Blast Furnace Gas Flow Measurement](https://www.burak.in/industry/steel-industry/blast-furnace-gas-flow-measurement):** Gas measurement for blast furnaces. - **[Gas and Fuel Management in Steel Industry](https://www.burak.in/industry/steel-industry/gas-and-fuel-management-in-steel-industry):** Efficiency and cost control for plant gas and fuel. - **[Dyeing and Printing Applications in Textile Industry](https://www.burak.in/industry/textile-industry/dyeing-and-printing-applications-in-textile-industry):** Dye, chemical and water measurement. - **[Finishing Applications in Textile Industry](https://www.burak.in/industry/textile-industry/finishing-applications-in-textile-industry):** Precise finishing agent application. - **[Production and Chemical Synthesis](https://www.burak.in/industry/pharmaceutical-industry/production-and-chemical-synthesis):** Raw material and chemical quantities in drug synthesis. - **[Extraction, Fermentation and Purification in Pharmaceutical Industry](https://www.burak.in/industry/pharmaceutical-industry/extraction-fermentation-and-purification-in-pharmaceutical-industry):** Measurement of raw materials, solvents and process parameters. - **[Boiler Feedwater Measurement in Power Plants](https://www.burak.in/industry/power-plant/boiler-feedwater-measurement-in-power-plants):** Flow of water entering the boiler system. - **[Controlling Emissions in Power Plants](https://www.burak.in/industry/power-plant/controlling-emissions-in-power-plants):** Emission management and regulatory compliance. - **Compressed Air Measurement:** Compressed air flow measurement (listed on the Applications page). ## Certificates Burak's certifications and compliance documents: https://www.burak.in/certificates - **Quality and management systems:** International standards that show Burak runs its quality, safety and environmental processes in a certified, systematic way. - **ISO 9001:2015:** Quality management system standard. Shows Burak follows documented processes to deliver consistent product quality and customer satisfaction. - **ISO 45001:2018:** Occupational health and safety management standard. Shows Burak works to keep its workplace safe and reduce risks to employees. - **ISO 14001:2015:** Environmental management system standard. Shows Burak manages its operations to reduce environmental impact. - **Product compliance:** Certificates showing Burak's products meet international safety and environmental requirements. - **CE Certificate of Compliance:** Confirms products meet European Union health, safety and environmental requirements, which is needed to sell in the European market. - **RoHS Certificate of Conformity:** Confirms electrical and electronic products restrict hazardous substances such as lead and mercury. - **Government and national recognition:** Recognition from Government of India programs for startups and quality manufacturing. - **Start Up India:** Recognition under the Government of India's Startup India initiative. - **ZED Bronze:** Zero Defect Zero Effect certification under the Government of India's MSME scheme. Bronze is the entry rating level, awarded for manufacturing with quality and low environmental impact. - **Company and legal documents:** Official registration documents proving Burak is a legally registered business. - **Certificate of Incorporation:** Legal proof that Burak Metering Pvt. Ltd. is a registered company. - **GST:** Goods and Services Tax registration for tax compliance. - **MSME Certificate:** Registration of Burak as a Micro, Small and Medium Enterprise under the Government of India. - **PAN:** Permanent Account Number issued by the Income Tax Department, the company's tax identity. - **Udyam Aadhar:** Udyam registration, the unique MSME identification issued by the Government of India. - **Trade and export:** Documents that protect the Burak brand and allow international trade. - **Trade Mark Certificate:** Registration of the Burak brand name and logo as a trademark. - **IEC Certificate:** Import Export Code issued by the Government of India, required to import or export goods. - **Policies and declarations:** Burak's published commitments on quality, environment and zero-defect manufacturing. - **Environmental Policy:** Burak's statement of commitment to environmental responsibility. - **Quality Policy:** Burak's statement of commitment to product and service quality. - **ZED Pledge:** Burak's commitment to manufacture with zero defects and zero adverse environmental effect. - **Calibration:** Burak's liquid and gas calibration labs are designed to ISO 17025 standards. This is stated on the website and is not listed as a separate certificate. ## Clientele [Clientele page](https://www.burak.in/clients) lists well-known companies that trust Burak: Kirloskar, Larsen & Toubro, Aditya Birla Group (including Ultratech, Hindalco and Grasim), Essar (including Essar Oil & Gas), Prabhat Dairy, L'Oreal, Tube Investments of India, Hindustan Unilever, Procter & Gamble, Alok Industrial Limited, HSIL, Jyoti, ISGEC, FIAT, Honda, Kellogg's, Ultra Gas & Energy, ITC Limited, BANCO Aluminium, BWR (Bharat Wire Ropes), Welspun, Viraj Profiles Limited, Tata, Atlas Copco, JSW, Reliance, BHEL and ISRO. ## Installations [Installations page](https://www.burak.in/installations) shows field installations across India: - **Natural gas flow measurement, Ahmedabad:** BT-3020-G thermal mass flow meter, gas and fuel management in steel industry. - **PNG gas flow measurement, BHEL Amethi:** TG-3200 turbine gas meter, blast furnace gas flow measurement. - **DM water flow measurement:** BX-6000-E vortex flow meter with sanitary fitting, water treatment. - **Compressed air flow measurement, Pune:** Insertion thermal mass flow meter. - **Natural gas flow measurement, Chennai:** TG-3200 turbine gas meter, gas and fuel management in steel industry. - **Paint flow measurement, Taloja, Navi Mumbai:** BC-7000 Coriolis mass flow meter, production monitoring in chemical industry. - **Nitrogen gas flow measurement:** BT-3010-G thermal mass flow meter, production monitoring in chemical industry. - **Slurry flow measurement, Haryana:** BE-5500-G electromagnetic flow meter, wastewater treatment. ## Testimonials [Testimonials page](https://www.burak.in/testimonials): - **Larsen & Toubro (Project Head):** Gas measurement and monitoring lets the team track fabrication costs in real time. - **Isgec Heavy Engineering (Production Head):** Improved maintenance and process gas utilization efficiency. - **Skipper Limited (Maintenance Head):** Better gas monitoring products and exceptional service support. - **Bharat Wire Ropes (Head, E&I):** Saved costs, reduced energy consumption and improved performance. - **Echjay Industries (Maintenance Head):** Optimized gas consumption and improved efficiency. - **Bansal Aradhya Steel (Project Head):** Better gas utilization tracking and quick service. - **Fiat India Automobiles (Manager, E&I):** Improved facility performance with a focus on customer needs and sustainability. - **IFB Appliances (Maintenance Head):** Precise, reliable solutions and good understanding of client needs. ## Careers [Careers page](https://www.burak.in/careers) lists current full-time openings (sales, service, proposal, production, quality, calibration and testing, supply chain and flow meter engineering roles in Thane, Mumbai and Bangalore) and describes life at Burak: innovation, growth opportunities, team culture and global impact. HR contact: hr@burak.in, +91 9653268856. ## News & Events [News & Events page](https://www.burak.in/news-events) - **[Burak Metering at Automation Expo 2025: Powering the Future of Sustainable Automation](https://www.burak.in/news-events/burak-metering-automation-expo-2025)** - **[Burak Metering at Automation Expo 2025: Innovating with Sustainability](https://www.burak.in/news-events/burak-metering-automation-expo-2025-mumbai)** - **[Burak Metering to Exhibit at MAHATech Industrial Exhibition 2025](https://www.burak.in/news-events/mahatech-industrial-exhibition-2025)** - **[Burak Metering to Exhibit at HTS Expo 2024](https://www.burak.in/news-events/burak-at-hts-expo-2024)** - **[Burak at UAE Meets India, UAE Trade Mission to Mumbai (May 2023)](https://www.burak.in/news-events/burak-at-uae-meets-india-uae-trade-mission-to-mumbai-may-2023)** - **[Burak at National LPG Conclave (Feb 2020, Coimbatore)](https://www.burak.in/news-events/burak-at-national-lpg-conclave-feb-2020-coimbatore)** - **[Burak at Automation Expo (Sep 2019, BEC Mumbai)](https://www.burak.in/news-events/burak-at-automation-expo-sep-2019-bec-mumbai)** - **[Burak at Renewable Energy India Expo (Sep 2019, Greater Noida)](https://www.burak.in/news-events/burak-at-renewable-energy-india-expo-sep-2019-greater-noida)** ## CSR Initiatives [CSR page](https://www.burak.in/csr): Burak's CSR work focuses on education, healthcare, environmental conservation and community development. - **Green Initiative Project:** Tree plantation and awareness drive promoting eco-friendly practices. - **Blood Donation Camp:** Organized at the office with employee participation under professional medical supervision. ## Our Business Groups [Burak Group](https://www.burak.in/business-group) is a diversified group across IoT, technology, and logistics: - **Rhosigma:** Engineering and automation, electronic innovation. - **Sovorun Technologies Pvt. Ltd.:** Software solutions agency building digital experiences. - **Lanjekar Logistics:** Freight, warehousing and distribution in the Indian logistics and supply chain industry. - **Burak Electric Pvt. Ltd.:** Precision-engineered electrical control panels. ## Channel Partner [Channel Partner page](https://www.burak.in/channel-partner): Burak invites registered B2B companies (industrial instrumentation distributors, automation system integrators, EPC contractors, industrial traders and solution providers serving water, energy, oil and gas, chemical, pharma, FMCG, steel and cement industries) to represent its flow, level, pressure and temperature instruments, safety detectors and calibration services. Partners get application engineering support, in-house calibration and service capability, and marketing and presales assistance. Process: application review, technical and commercial discussions, then onboarding and agreement. ## Why Choose Us [Why Choose Us page](https://www.burak.in/why-choose-us): - **Quality:** ISO-certified processes, rigorous quality control, high-grade materials, in-house calibration labs. - **Service:** 24/7 customer support, on-site installation and training, calibration and maintenance services. - **Cost-Effective:** Competitive pricing, long product life and minimal maintenance costs. - **Make in India:** Locally manufactured with national and international standards, shorter lead times. - **Customized Solutions:** Consultation, custom design and engineering, prototyping and testing. ## Trainings & Internship [Trainings & Internship page](https://www.burak.in/training-and-internship): - **[Electronics & Mechatronics Internship](https://www.burak.in/training/electronics-mechatronics-internship):** Hands-on experience in industrial automation, sensor integration, embedded systems and IIoT with flow, pressure and temperature instruments. - **[Quality Control Engineer Internship](https://www.burak.in/training/burak-quality-control-engineer-internship):** 6-month internship at Burak Metering. ## Terms of Use [Terms of Use](https://www.burak.in/terms-of-use): Terms for using the Burak website. ## Privacy Policy [Privacy Policy](https://www.burak.in/privacy-policy): How Burak handles visitor data. ## Return Policy [Return Policy](https://www.burak.in/return-policy): Burak's product return terms. ## Quality Policy [Quality Policy](https://www.burak.in/quality-policy): Burak's quality commitments. ## Environmental Safety [Environmental Safety](https://www.burak.in/environmental-safety): Burak's environmental policy. ## Health & Safety [Health & Safety](https://www.burak.in/health-and-safety): Burak's health and safety policy. **Official sources:** - **sitemap.xml:** https://www.burak.in/sitemap.xml - **products:** https://www.burak.in/products - **applications:** https://www.burak.in/applications - **industries:** https://www.burak.in/industries - **Site:** https://www.burak.in/ ## Optional - **Feedback form and newsletter:** The website footer has a feedback form (complaint, appreciation, suggestion, general feedback) and a newsletter subscription. ## Selected Blog Resources A curated selection of key technical and educational articles from Burak Metering, covering flow measurement fundamentals, instrument selection, working principles, technology comparisons, industrial applications, installation, troubleshooting, calibration, standards, and safety. These selected articles highlight useful resources for understanding measurement technologies and choosing suitable instruments. The complete collection of Burak Metering blog articles is available at: https://www.burak.in/blog. ### Fundamentals and Selection - [What Is a Flow Meter? Types, Uses & Selection Guide](https://www.burak.in/blog/what-is-flow-meter): Introduces flow measurement, major meter technologies, industrial uses, and key selection factors. - [Types of Flow Meters: Which One Is Right for Your Application?](https://www.burak.in/blog/types-of-flow-meters-which-one-is-right-for-your-application): Compares common flow-meter technologies and explains where each type may fit. - [How to Choose the Right Flow Meter for Your Industrial Process](https://www.burak.in/blog/how-to-choose-the-right-flow-meter-for-industrial-process): A process-focused selection guide covering fluid properties, flow range, line conditions, accuracy, installation, outputs, and lifecycle considerations. - [What Is Mass Flow Measurement and Why It Matters in Process Industries](https://www.burak.in/blog/what-is-mass-flow-measurement-and-why-it-matters-in-process-industries): Explains mass versus volumetric flow and outlines Coriolis, thermal mass, and differential-pressure approaches. - [How Flow Meters Help Automate Your Industry](https://www.burak.in/blog/how-flow-meters-automate-your-industry): Describes how flow measurement data supports PLC/SCADA integration, monitoring, control, and process efficiency. - [How Flow Meters Improve Efficiency in Water Treatment Plants](https://www.burak.in/blog/how-flow-meters-improve-efficiency-in-water-treatment-plants): Covers flow measurement roles in water-treatment processes, dosing, monitoring, and reducing waste. ### Flow-Meter Technologies and Comparisons - [What Are Electromagnetic Flow Meters? Principles, Benefits & Applications](https://www.burak.in/blog/what-are-electromagnetic-flow-meters): A broad guide to electromagnetic flow-meter operation, suitable fluids, benefits, limitations, and uses. - [Working Principle of Electromagnetic Flowmeter](https://www.burak.in/blog/working-principle-of-electromagnetic-flowmeter): Explains Faraday's law, coils, electrodes, signal conversion, and conditions required for reliable readings. - [Minimum Conductivity Required for Electromagnetic Flowmeters](https://www.burak.in/blog/minimum-conductivity-required-for-electromagnetic-flowmeters): Explains why liquid conductivity matters and what to check when specifying a magnetic flow meter. - [Advantages and Disadvantages of Electromagnetic Flow Meter](https://www.burak.in/blog/electromagnetic-flowmeter-advantages-disadvantages): Summarises the main benefits, restrictions, and application considerations for electromagnetic meters. - [Electromagnetic Flowmeter vs Ultrasonic Flowmeter](https://www.burak.in/blog/electromagnetic-flowmeters-vs-ultrasonic-flowmeters): Compares the technologies by fluid compatibility, installation, accuracy factors, limitations, and typical use cases. - [Common Errors and Troubleshooting of Electromagnetic Flowmeters](https://www.burak.in/blog/common-errors-and-troubleshooting-of-electromagnetic-flowmeters): Practical troubleshooting for installation, grounding, wiring, conductivity, and unstable readings. - [What Is a Vortex Flow Meter? Working Principle & Applications](https://www.burak.in/blog/what-is-a-vortex-flow-meter): Explains vortex shedding, meter operation, common applications, and selection considerations. - [What Is a Thermal Mass Flow Meter?](https://www.burak.in/blog/what-is-a-thermal-mass-flow-meter): Describes thermal mass measurement, its working principle, and common gas-flow applications. - [Thermal Mass vs Vortex Flow Meters](https://www.burak.in/blog/thermal-mass-flow-meters-vs-vortex-flow-meters): Compares two common technologies for gas and process measurement, including their different strengths and fit. - [What Is a Coriolis Flow Meter? Working, Advantages & Uses](https://www.burak.in/blog/coriolis-flow-meter-working-advantages-applications): Explains Coriolis operation, direct mass-flow measurement, benefits, and relevant industrial applications. - [Positive Displacement (PD) Flow Meters: The Complete Guide](https://www.burak.in/blog/positive-displacement-flow-meter-guide): Covers positive-displacement measurement, typical applications, strengths, and selection factors. ### Ultrasonic and Gas-Meter Guides - [How Ultrasonic Flow Meters Work](https://www.burak.in/blog/how-ultrasonic-flow-meters-works): Explains ultrasonic measurement and the transit-time and Doppler principles. - [How to Choose the Right Ultrasonic Flow Meter Type for Your Application](https://www.burak.in/blog/how-to-choose-ultrasonic-flow-meter-type): Helps match ultrasonic meter type and installation approach to fluid properties, pipe conditions, and output needs. - [Ultrasonic Flow Meter Accuracy and Repeatability](https://www.burak.in/blog/ultrasonic-flow-meter-accuracy-repeatability): Explains accuracy, repeatability, and factors that influence measurement performance. - [Clamp-on vs Inline Ultrasonic Flow Meter](https://www.burak.in/blog/clamp-on-vs-inline-ultrasonic-flow-meter): Compares non-invasive clamp-on installation with inline meter installation. - [Ultrasonic Flow Meter Installation Requirements](https://www.burak.in/blog/ultrasonic-flow-meter-installation-requirements): Provides practical installation checks for pipe sections, sensor positioning, alignment, wiring, and verification. - [Understanding K-Factor for Turbine Flow Measurement](https://www.burak.in/blog/understanding-k-factor-turbine-meter): Explains turbine-meter K-factor and its relationship to pulse output, calibration, and flow calculation. - [Turbine Gas Meters: Working, Benefits & Industrial Uses](https://www.burak.in/blog/turbine-gas-flow-meters-working-benefits-industrial-uses): Describes turbine gas-meter operation and common industrial gas measurement uses. - [RPD vs Turbine Gas Flow Meters: Understanding the Difference](https://www.burak.in/blog/rpd-flow-meter-vs-turbine-gas-flow-meter): Compares positive-displacement and turbine gas meters, including flow characteristics, installation, and maintenance considerations. - [How Often to Calibrate Your Turbine Gas Meter](https://www.burak.in/blog/how-often-to-calibrate-your-turbine-gas-meter): Discusses calibration intervals and factors such as duty, drift, environment, and manufacturer guidance. ### Calibration, Standards, and Compliance - [Flow Meter Calibration Guide 2026: ISO 17025, NABL & On-Site Methods](https://www.burak.in/blog/flow-meter-calibration-standards): A current overview of calibration methods, calibration intervals, and the role of ISO/IEC 17025 and NABL-related traceability. - [Calibration Methods & Frequency for Electromagnetic Flow Meters](https://www.burak.in/blog/calibration-methods-frequency-electromagnetic-flow-meters): Focuses on electromagnetic meter calibration methods, typical intervals, verification, and records. - [Gas Flowmeter Certifications Required for Indian Manufacturers](https://www.burak.in/blog/certifications-standards-indian-gas-flowmeter-manufacturing): Summarises Indian and international standards discussed for gas-flow measurement, testing, and compliance. ### Level Measurement and Industrial Safety - [Level Transmitters: Types, Working Principles & Applications](https://www.burak.in/blog/level-measurement-comprehensive-guide-to-level-transmitters): Surveys continuous and point-level measurement and compares common sensing technologies, uses, and limitations. - [Hydrostatic Level Transmitters: How They Work & Applications](https://www.burak.in/blog/hydrostatic-level-transmitters-how-they-work-applications): Explains hydrostatic level measurement, working principles, application fit, and practical considerations. - [Infrared Gas Detectors: Working Principle, Benefits & Applications](https://www.burak.in/blog/infrared-gas-detectors-working-principle-benefits-applications): Introduces infrared gas detection, common detector types, benefits, and industrial safety uses. # FAQs # 1. Category FAQs ## Flow Measurement **Source:** https://www.burak.in/products/flow-measurement ### 1. What does industrial flow measurement cover? Industrial flow measurement determines how much liquid, gas, or steam moves through a pipe or process over time. The appropriate instrument depends on the medium, operating range, process conditions, installation, and required output. ### 2. Which flow meter technologies does Burak Metering list? The flow-measurement range includes thermal mass, vortex, electromagnetic, turbine, oval gear, Coriolis mass, RPD gas, turbine gas, ultrasonic gas, multivariable transmitter, and differential-pressure flow measurement. ### 3. Which flow meter is suitable for conductive liquids? An electromagnetic flow meter is a key option for electrically conductive liquids such as water, wastewater, and compatible process liquids. Fluid conductivity, liner, electrode material, and process conditions should be confirmed before selection. ### 4. How should an industrial flow meter be selected? Start with the process medium, minimum/normal/maximum flow, line size, pressure, temperature, fluid properties, required accuracy, installation constraints, and output or communication needs. These inputs help narrow the meter technology and model. ### 5. What information should be shared when requesting a flow meter quotation? Share the fluid or gas, flow range, pipe diameter, line pressure and temperature, material compatibility needs, connection type, accuracy requirement, output protocol, installation arrangement, and whether calibration or commissioning is required. ## Level Measurement **Source:** https://www.burak.in/products/level-measurement ### 1. What is industrial level measurement used for? Level measurement monitors how much liquid or bulk material is present in a tank, vessel, sump, or silo. It supports inventory monitoring, process control, overflow prevention, and repeatable filling or emptying. ### 2. Which level-measurement technologies are listed by Burak? Burak lists ultrasonic, capacitance, radar, and laser level transmitters in its level-measurement range. The main selection factors are the target material, vessel geometry, range, surface conditions, and process environment. ### 3. Which level transmitter types measure without contacting the material? Ultrasonic, radar, and laser transmitters can provide non-contact level measurement. Their performance differs with vapour, dust, foam, surface movement, obstructions, and vessel geometry, so the application should be reviewed before selecting a technology. ### 4. How do I choose a level sensor for a storage tank? Specify the material, minimum and maximum level, tank height and shape, mounting location, process temperature and pressure, vapour or dust conditions, foam or agitation, and required output. These determine which sensing method is appropriate. ### 5. What details help Burak recommend a level transmitter? Provide the tank or silo dimensions, material, measurement range, mounting arrangement, temperature and pressure, foam/dust/vapour conditions, desired display or output, power supply, and any required communication protocol. ## Temperature Measurement **Source:** https://www.burak.in/products/temperature-measurement ### 1. What is industrial temperature measurement used for? Temperature measurement monitors process and equipment temperatures so operators can maintain operating conditions, product consistency, and process safety. The sensor and transmitter must match the temperature range, response needs, medium, and installation. ### 2. Which temperature transmitter is listed on Burak’s website? Burak lists the TTD-200 Digital Temperature Transmitter with Display. Its product page describes PT100 RTD sensing, an integral LCD, 4–20 mA output, and optional HART communication. ### 3. What temperature range is specified for the TTD-200? The TTD-200 product page lists a process-temperature range of −50°C to +250°C. The allowable range for a specific installation also depends on its sensor, process connection, pressure, and configuration. ### 4. What output does the Burak TTD-200 provide? The product page lists a 4–20 mA, two-wire output and optional HART communication, along with an integral LCD display. Confirm the ordered configuration before wiring or integrating the transmitter. ### 5. How should a temperature transmitter be selected? Specify the required temperature range, sensor type, accuracy, response time, process medium, pressure, insertion length, connection, wetted material, output, and environmental protection. Those requirements determine whether the TTD-200 configuration fits. ## Pressure Measurement **Source:** https://www.burak.in/products/pressure-measurement ### 1. What does industrial pressure measurement monitor? Pressure instruments measure process pressure or the difference between two pressure points. They help operators monitor process conditions, detect filter loading, control systems, and support flow or level measurement when correctly configured. ### 2. What is the difference between pressure and differential pressure? Pressure is measured relative to a defined reference, such as gauge or absolute pressure. Differential pressure is the difference between pressures at two points and is used for duties such as filter monitoring and flow calculation across a primary element. ### 3. What is the DPT-1000 differential pressure transmitter used for? Burak describes the DPT-1000 for differential-pressure measurement in gas, liquid, and steam service, including flow measurement with a primary element, tank-level duties, and filter monitoring. ### 4. What does the PTD-200 digital pressure transmitter measure? The PTD-200 is described for pressure measurement in gas, liquid, and steam applications. Its page lists a diffused-silicon piezoresistive sensor and an integral LCD display. ### 5. What details should be provided for a pressure instrument quote? Share whether the need is gauge/absolute pressure or differential pressure, operating and maximum pressure, medium, process temperature, connection, material compatibility, required accuracy, display/output, and the intended measurement duty. ## Safety Detectors **Source:** https://www.burak.in/products/safety-detector ### 1. What do industrial safety detectors do? Gas detectors monitor for specified gases, while flame detectors identify optical signatures associated with a flame. The two instrument types address different hazards and should be chosen according to the site risk assessment. ### 2. Which safety detector products are listed by Burak? The current category lists an Infrared Gas Detector and a Flame Detector. Their roles are different: the BG-1000-IR detects selected hydrocarbon gases, while a flame detector senses flame radiation. ### 3. What does the BG-1000-IR infrared gas detector detect? Burak describes the BG-1000-IR as an infrared detector for hydrocarbon gas leaks. Confirm the exact target gas, range, alarm setpoints, and application suitability before ordering. ### 4. How is a flame detector different from a gas detector? A gas detector responds to the presence or concentration of a specified gas. A flame detector senses radiation from a fire. One should not be treated as a substitute for the other in a safety design. ### 5. What should be checked before installing a detector in a hazardous area? Confirm the target hazard, required certification, ambient conditions, enclosure protection, detector placement, power and signal wiring, alarm response, and applicable site standards. Use only a model certified and specified for the intended area. ## Industrial IoT **Source:** https://www.burak.in/products/industrial-iot ### 1. What does industrial IoT mean in process instrumentation? Industrial IoT connects field instruments and plant data systems so measurements can be collected and communicated for monitoring, analysis, or automation. The exact capabilities depend on the gateway, connected devices, and software architecture. ### 2. Which Industrial IoT product does Burak list? Burak lists an Industrial IoT Gateway. Its product page describes a compact gateway for secure data acquisition and communication in small to medium industrial facilities. ### 3. What is the role of an industrial IoT gateway? A gateway acts as a communication point between compatible field devices and higher-level monitoring or data systems. The compatible interfaces, data formats, and network features must be verified for the selected configuration. ### 4. Can an IoT gateway collect data from measurement instruments? That is a common industrial gateway use case, but compatibility depends on the instrument’s outputs and the gateway’s supported interfaces and protocols. Confirm both sides of the connection before specifying integration. ### 5. What should be checked before connecting a gateway to an existing control system? Map the source instruments, signal types, protocol compatibility, data rate, network boundaries, cybersecurity requirements, and destination platform. Test data mapping and failure handling before placing the integration into service. --- # 2. Product FAQs ## Thermal Mass Flow Meter **Source:** https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Thermal Mass Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Thermal Mass Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/thermal-mass-flow-meter ### 2. What gas-flow values does a thermal mass flow meter measure? Thermal Mass Flow Meter gas flow, with thermal mass-flow models intended to report gas mass flow or related gas-flow values. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does thermal mass flow measurement use a heated sensor? A heated sensor and a reference temperature sensor detect how flowing gas removes heat; the electronics use that thermal response and the gas calibration to determine flow. ### 4. Can an oxygen flow meter also measure nitrogen, argon, LPG, or compressed air? compressed air, air, nitrogen, argon, oxygen, natural gas, LPG, biogas, and selected flue or flare gases, depending on model. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Where is a thermal mass flow meter used in compressed-air and gas systems? compressed-air consumption, industrial-gas distribution, oxygen service, biogas systems, and flue/flare-gas monitoring where the selected model is specified for the gas. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What is the difference between inline and insertion thermal mass flow meters? inline and insertion designs, plus threaded and flanged configurations; the site lists BT-3000, BT-3010, BT-3020, and BY-200 variants with different ranges and options. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. What determines the right thermal mass flow meter size and range? gas composition, minimum/normal/maximum flow, pipe diameter, pressure and temperature, insertion depth or line connection, accuracy target, and output requirements. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which outputs are available on a thermal mass flow transmitter? the listed variants use options such as 4–20 mA and RS-485 Modbus RTU; HART and pulse are listed for selected models, so the exact order-code specification must be checked. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation factors matter for a thermal gas flow meter? choose inline or insertion format from line size and access; confirm straight-run and mounting guidance, gas composition, temperature limit, insertion depth, pressure rating, and hazardous-area needs from the selected model documentation. ### 10. What maintenance and quotation details matter for a thermal mass flow meter? Maintenance: check for sensor contamination, wiring and communication faults, and drift against a suitable reference; calibration needs depend on the duty and required measurement confidence. For a quotation, provide gas composition, flow range, line size, pressure, temperature, mounting type, connection, output/protocol, accuracy target, and any high-temperature or hazardous-area requirement. ## Vortex Flow Meter **Source:** https://www.burak.in/products/flow-measurement/vortex-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Vortex Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Vortex Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/vortex-flow-meter ### 2. Can a vortex flow meter measure liquid, gas, and steam? Vortex Flow Meter volumetric flow of suitable liquids, gases, and steam. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a vortex shedding flow meter calculate flow? A bluff body creates alternating vortices as fluid passes; the measured vortex-shedding frequency is related to flow velocity. ### 4. Which media can a vortex flow meter handle? water, compatible solvents and chemicals, steam, and selected dry or wet gas services according to the model. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When is a vortex flow meter useful for steam or gas measurement? steam utility monitoring, liquid process lines, chemical transfer, and gas-flow monitoring using a configuration specified for the service. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which Burak vortex meter connection and compensation options are listed? the site lists BX-6000-G flanged versions, BX-6000-E Tri-Clamp/Tri-clover connection for DM water, and BX-6010-G with temperature and pressure compensation for gas/steam service. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a vortex flow meter be sized for a process line? medium and phase, line diameter, flow range, Reynolds/velocity range, temperature and pressure, fluid cleanliness, required compensation, and connection type. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which signals can a digital vortex flow meter provide? the listed variants include 4–20 mA, HART, RS-485 Modbus, and pulse options; confirm which are available on the exact version. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. Why does vortex flow meter installation geometry matter? follow the model-specific straight-pipe guidance and ensure the meter is correctly oriented, full of the intended medium, and not exposed to vibration or flow conditions outside its specified range. ### 10. What maintenance and quotation details matter for a vortex flow meter? Maintenance: inspect for deposits or mechanical damage around the sensing element, verify wiring and configuration, and recalibrate at the interval set by the application and quality requirements. For a quotation, provide medium, phase, pipe diameter, flow range, pressure and temperature, connection, whether temperature/pressure compensation is needed, output protocol, and required accuracy. ## Electromagnetic Flow Meter **Source:** https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Electromagnetic Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Electromagnetic Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/electromagnetic-flow-meter ### 2. What is electromagnetic flow measurement used for? Electromagnetic Flow Meter volumetric flow of electrically conductive liquids. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a magnetic flow meter measure liquid flow? Faraday’s law of electromagnetic induction: a conductive liquid moving through a magnetic field generates a voltage related to its velocity. ### 4. Can an electromagnetic flow meter measure water, wastewater, and chemicals? water, wastewater, and compatible conductive process liquids; suitability for a particular chemical or slurry depends on conductivity and wetted-material compatibility. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Is a mag flow meter suitable for a conductive-liquid process? water distribution, wastewater treatment, conductive-liquid transfer, and process dosing or consumption monitoring where the fluid meets the meter requirements. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. How do liner and electrode materials affect an electromagnetic flow meter? Burak describes multiple sizes, liner materials, and body constructions to suit different user requirements; review the current product page and datasheet for available configurations. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. What information is needed to size an electromagnetic flow sensor? minimum fluid conductivity, fluid chemistry, line size, flow range, pressure, temperature, liner and electrode compatibility, connection, and whether the pipe remains full. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which outputs are available on an electromagnetic flow transmitter? output and communication options must be verified for the exact selected configuration; specify the required signal and receiving control system when enquiring. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. Why do grounding and a full pipe matter for electromagnetic flow measurement? confirm grounding, electrical installation, pipe-full conditions, electrode orientation, and suitable upstream/downstream geometry in the model manual; follow the liner and electrode compatibility guidance. ### 10. What maintenance and quotation details matter for an electromagnetic flow meter? Maintenance: check electrode/liner condition where accessible, wiring, grounding, pipe-full conditions, and zero or reference performance; calibration frequency depends on the process and quality plan. For a quotation, provide fluid name and conductivity, solids content if any, line size, minimum/normal/maximum flow, pressure, temperature, liner/electrode material, connection, and required outputs. ## Turbine Flow Meter **Source:** https://www.burak.in/products/flow-measurement/turbine-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Turbine Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Turbine Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/turbine-flow-meter ### 2. What does a turbine flow meter measure? Turbine Flow Meter flow rate of suitable clean, low-viscosity liquids. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does an electronic turbine meter convert rotor speed into flow? Liquid flow turns an internal turbine rotor; rotor speed is related to fluid velocity and is processed into a flow reading. ### 4. Which liquids are suitable for a turbine-type flow meter? clean water, suitable solvents, chemicals, and other clean liquids only when fluid compatibility and viscosity are within the selected model’s limits. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When is a turbine flow meter an appropriate liquid-measurement choice? liquid transfer, utility-water measurement, solvent and chemical metering, and purified-water service with the appropriate connection design. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What is the difference between BR-4000-G, BR-4000-V, and BR-4000-E? the page lists BR-4000-G with flanged connection, BR-4000-V with screwed connection, and BR-4000-E with Tri-Clamp/Tri-clover connection for purified water. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a turbine flow meter be sized for a liquid line? fluid viscosity and cleanliness, flow range, line size, pressure, temperature, required accuracy, connection style, and the control-system signal. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which outputs can a turbine flow sensor provide? the listed variants include 4–20 mA, RS-485 Modbus, and pulse options; confirm the selected model’s exact electrical configuration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What straight-run and cleanliness conditions matter for turbine flow meters? turbine meters depend on a stable flow profile; follow the model’s straight-run and orientation guidance and avoid debris or operating conditions that can damage the rotor. ### 10. What maintenance and quotation details matter for a turbine flow meter? Maintenance: check filters or strainers where required, rotor/bearing condition, signal quality, and calibration against a suitable reference as required by the process. For a quotation, provide liquid, viscosity, cleanliness, flow range, pipe size, pressure, temperature, connection type, accuracy requirement, and preferred output. ## Oval Gear Flow Meter **Source:** https://www.burak.in/products/flow-measurement/oval-gear-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Oval Gear Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Oval Gear Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/oval-gear-flow-meter ### 2. What is an oval gear flow meter used to measure? Oval Gear Flow Meter volumetric flow of liquids, including compatible thin and viscous liquids. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does positive-displacement flow measurement work in an oval gear meter? Fluid rotates two interlocking oval gears; each rotation displaces a defined volume and is converted into a flow measurement. ### 4. Can an oval gear flow meter measure diesel, oil, and viscous liquids? oils and compatible chemicals across a range of viscosities; material compatibility, viscosity, and operating conditions need to be checked for the specific fluid. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When is an oval gear meter useful for fuel consumption or batch measurement? liquid batching, controlled transfer, oil flow measurement, and applications where repeatable liquid-volume measurement is needed. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which oval gear flow meter configurations should be checked? available body, connection, sensor, and output options should be confirmed from the current Burak product details for the required size and fluid. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How do viscosity and temperature affect oval gear meter selection? viscosity over the operating temperature range, desired flow range, pressure drop limits, line size, fluid compatibility, metering accuracy, and solids/particle content. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which output should be specified for a digital oval gear flow meter? confirm whether the required pulse, analogue, or digital interface is offered on the exact configuration and matches the receiving controller or counter. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation conditions matter for an oval gear flow sensor? follow flow-direction and mounting instructions, keep the liquid within the model’s viscosity and pressure limits, and ensure the fluid is sufficiently clean for the gear mechanism. ### 10. What maintenance and quotation details matter for an oval gear flow meter? Maintenance: monitor for wear, deposits, leakage, abnormal noise, and drift; servicing and calibration intervals should reflect fluid cleanliness, duty cycle, and required accuracy. For a quotation, provide liquid type, viscosity and temperature, flow range, line size, pressure, material compatibility, connection, accuracy target, and output or batching interface. ## Coriolis Mass Flow Meter **Source:** https://www.burak.in/products/flow-measurement/coriolis-mass-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Coriolis Mass Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Coriolis Mass Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/coriolis-mass-flow-meter ### 2. What does a Coriolis mass flow meter measure beyond volumetric flow? Coriolis Mass Flow Meter mass flow of suitable liquids, gases, and slurries; the meter may also provide density and temperature data depending on configuration. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does Coriolis flow measurement calculate mass flow? Fluid passing through vibrating measuring tubes creates a coriolis-related phase shift or deflection that is used to calculate mass flow. ### 4. Which liquids, gases, and slurries can a Coriolis flow meter measure? Burak lists diesel, solvents, LPG, LNG, chemicals, slurry, pulp, molasses, and gases for its BC-7000 model; confirm compatibility and two-phase limits for the actual fluid. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When is a Coriolis mass flow meter useful for dosing or batching? high-accuracy chemical dosing, ingredient/batch measurement, fuel transfer, LPG/LNG-related duties, and processes where mass flow or density information is important. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What is listed for Burak’s BC-7000 Coriolis flow meter? the BC-7000 page lists DN15–DN150, SS304/SS316 body options, graphical OLED display, and multiple electrical options; confirm the requested configuration in the current datasheet. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a Coriolis mass flow meter be sized for a process? mass-flow range, medium and density, viscosity, pressure and temperature, line size, pressure drop, tube orientation/support, material compatibility, and any density or temperature output requirement. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which communication options are listed for the Coriolis flow transmitter? the BC-7000 listing includes 4–20 mA, HART, and RS-485 Modbus RTU options; select the interface needed by the PLC, DCS, or batch controller. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. How can vibration and mounting affect Coriolis meter performance? follow the manufacturer’s tube orientation and support guidance, avoid excessive external vibration, and ensure the meter is suitable for the expected gas fraction, solids, and pressure/temperature range. ### 10. What maintenance and quotation details matter for a Coriolis flow meter? Maintenance: inspect for buildup or blockage, check diagnostics and zero stability, and schedule verification/calibration based on process criticality and required measurement traceability. For a quotation, provide fluid, minimum/normal/maximum mass flow, density or viscosity if known, pressure, temperature, pipe size, material, required mass/density/temperature variables, and output protocol. ## RPD Gas Meter **Source:** https://www.burak.in/products/flow-measurement/rpd-gas-meter | https://www.burak.in/products/flow-measurement ### 1. How does RPD Gas Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. RPD Gas Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/rpd-gas-meter ### 2. What is a rotary positive displacement gas meter? RPD Gas Meter gas volume using rotary positive-displacement measurement. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does an RPD gas flow meter measure volume? Rotating measuring elements trap and displace repeatable gas volumes; the mechanism counts these volumes to calculate flow. ### 4. Can an LPG gas meter of the RPD type measure natural gas or propane? natural gas, LPG, propane, and other non-corrosive gases as specified for the chosen meter. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When is an electronic volume corrector used with an RPD gas meter? industrial gas consumption monitoring, gas distribution, energy management, and billing-oriented volume measurement when the configuration meets the applicable metering requirements. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which industrial gas measurement duties suit an RPD meter? Burak describes RPD gas meter models and optional electronic volume correction; confirm available sizes, pressure classes, and outputs for the requested order code. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should an RPD gas meter be selected for the operating range? gas composition, minimum and maximum flow, operating pressure, temperature, connection size, pressure loss, installation orientation, and whether temperature/pressure volume correction is needed. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which output and volume-correction options should be confirmed? pulse and/or electronic volume correction options depend on the selected model; request the exact output and communication details for integration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation and gas-cleanliness factors matter for an RPD meter? follow flow-direction, orientation, filtration, and pipework instructions; protect the measuring mechanism from contamination and ensure the gas is compatible with the meter materials. ### 10. What maintenance and quotation details matter for an RPD gas meter? Maintenance: check for abnormal noise, leakage, contamination, mechanical wear, and calibration drift; follow the selected model’s service instructions and the site’s verification schedule. For a quotation, provide gas type, flow range, line size, operating pressure and temperature, desired corrected-volume units, whether EVC is needed, connection, output, and calibration requirements. ## Turbine Gas Meter **Source:** https://www.burak.in/products/flow-measurement/turbine-gas-meter | https://www.burak.in/products/flow-measurement ### 1. How does Turbine Gas Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Turbine Gas Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/turbine-gas-meter ### 2. What is a turbine gas flow meter designed to measure? Turbine Gas Meter gas flow, with the selected model determining volume units, operating limits, and compensation features. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a turbine gas meter convert gas velocity into a reading? The gas turns a turbine rotor; rotor speed is converted into a flow reading. ### 4. Which gases are listed for Burak’s turbine gas meter models? natural gas, LPG, propane, and non-corrosive gases listed for the relevant Burak model. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. What is the difference between a turbine gas meter and an EVC model? industrial and commercial gas monitoring, gas consumption tracking, process control, and volume measurement where the selected configuration meets the application requirements. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. When is a turbine gas meter suitable for gas consumption monitoring? Burak lists TG-3200 and TG-3100-EVC variants; the EVC model adds electronic volume correction with temperature and pressure compensation. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a gas flow meter be sized for a turbine installation? gas type, flow range, line diameter, pressure, temperature, clean/dry gas conditions, straight-run requirements, pressure-loss allowance, and whether corrected standard volume is required. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which signals and flow units should be specified for a turbine gas meter? the product page lists 4–20 mA and RS-485 Modbus RTU for the shown models; confirm the exact output and units for the selected version. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. Why do straight pipe runs and clean, dry gas matter for turbine meters? maintain the model-specified straight pipe sections and protect the rotor from dirt, liquid carryover, and strong pulsation; follow the manufacturer’s installation and safety instructions. ### 10. What maintenance and quotation details matter for a turbine gas meter? Maintenance: verify rotor operation, filter condition, signal integrity, and calibration according to the meter manual and operational/regulatory needs. For a quotation, provide gas composition, flow range, line size, pressure and temperature, EVC requirement, volume units, connection, outputs, installation straight-run available, and calibration documentation needs. ## Ultrasonic Gas Flow Meter **Source:** https://www.burak.in/products/flow-measurement/ultrasonic-gas-flowmeter | https://www.burak.in/products/flow-measurement ### 1. How does Ultrasonic Gas Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Ultrasonic Gas Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/ultrasonic-gas-flowmeter ### 2. Which gases can a BU-7010 ultrasonic gas flow meter measure? Ultrasonic Gas Flow Meter gas flow using ultrasonic transit-time measurement; the BU-7010 also uses built-in pressure and temperature data for corrected flow outputs. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does an ultrasonic transit-time flow meter measure gas velocity? Ultrasonic pulses travel upstream and downstream; the time difference is used to determine gas velocity and calculate flow. ### 4. What is the benefit of having no moving parts in an ultrasonic gas meter? compressed air, natural gas, biogas, LPG, propane, and other gases within the selected model’s specification. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Can an ultrasonic compressed-air flow meter be used for consumption monitoring? gas consumption monitoring, compressed-air systems, biogas flow, and gas applications needing low-maintenance inline measurement or corrected volume data. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What single-path, dual-path, and multi-path options should be considered? the BU-7010 is listed in single-, dual-, and multi-path configurations depending on pipe diameter and accuracy needs, with DN50–DN200 flanged installation. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How does built-in temperature and pressure compensation affect gas-flow data? gas composition, line size, velocity and flow range, pressure, temperature, required accuracy, standard-volume units, available power, and output interface. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which standard-volume units and outputs are listed for the BU-7010? the BU-7010 listing includes 4–20 mA and RS-485 Modbus RTU, with displayed flow units including m³/h, Nm³/h, Sm³/h, cfm, Scfm, and kg/h depending on configuration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What pipe size, pressure, and installation details matter for an ultrasonic gas meter? confirm the flange standard, flow direction, pipe condition, sensor and pressure rating, and placement requirements; maintain a suitable installation environment and follow the supplied manual. ### 10. What maintenance and quotation details matter for an ultrasonic gas flow meter? Maintenance: the no-moving-parts design reduces mechanical wear, but sensor signal quality, diagnostics, wiring, pressure/temperature compensation, and calibration or verification still need attention. For a quotation, provide gas type, DN/pipe size, flow velocity/range, pressure, temperature, required accuracy and corrected units, path configuration, power supply, connection standard, and outputs. ## Multivariable Transmitter **Source:** https://www.burak.in/products/flow-measurement/Multivariable-Transmitter | https://www.burak.in/products/flow-measurement ### 1. How does a Multivariable Transmitter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Multivariable Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/Multivariable-Transmitter ### 2. Which process variables does Burak’s BMVT-1000 multivariable transmitter measure? Multivariable Transmitter differential pressure, static absolute pressure, and process temperature from one transmitter, as described for Burak’s BMVT-1000. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How is differential pressure used in multivariable flow measurement? The instrument senses multiple process variables and reports them through its configured transmitter electronics; a separate primary element is needed when differential pressure is used to infer flow. ### 4. Does a multivariable transmitter measure flow without a primary element? process gases, liquids, or steam only when the chosen configuration and primary element are rated for the medium and its conditions. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Which processes may need differential pressure, static pressure, and temperature together? multivariable process monitoring and compensated differential-pressure flow measurement where the measurement design requires DP, static pressure, and temperature. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What product information is available for the BMVT-1000? Burak lists the BMVT-1000 multivariable transmitter; detailed ranges, connections, protocol options, and approvals should be taken from the current product datasheet. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should ranges be selected for a multivariable pressure transmitter? required DP, static pressure, and temperature ranges, process medium, primary element, line size, process connections, accuracy, and how calculated flow will be handled by the control system. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which outputs should be specified for a multivariable flow transmitter? do not assume all protocols are included; specify the control-system interface and have Burak confirm the available analog/digital outputs for the selected configuration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation factors matter for pressure taps and impulse lines? locate pressure taps and impulse lines according to the primary-element and process instructions; account for condensate or gas pockets, temperature limits, access, and safe isolation. ### 10. What maintenance and quotation details matter for a multivariable transmitter? Maintenance: verify each reported variable, impulse-line condition, configuration, zero, and calibration against the site maintenance and quality plan. For a quotation, provide intended duty, required variables, DP/static-pressure/temperature ranges, primary element, medium, line size, connections, outputs/protocols, and calibration requirements. ## Differential Pressure Flow Meter **Source:** https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter | https://www.burak.in/products/flow-measurement ### 1. How does Differential Pressure Flow Meter fit within flow measurement? Flow measurement covers the movement of liquids, gases, or steam through a process. The correct technology is selected around the medium, flow range, line size, process conditions, and control-system needs. Differential Pressure Flow Meter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/flow-measurement/Differential-pressure-flow-meter ### 2. What is a differential pressure flow meter? Differential Pressure Flow Meter flow inferred from the pressure difference created by a primary element in the flowing process. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does an orifice plate or Venturi create a flow measurement signal? A restriction or primary element—such as an orifice plate, venturi tube, or flow nozzle—creates a differential pressure related to flow; the system uses the element and fluid data to calculate the rate. ### 4. Can differential pressure flow measurement be used for gas, liquid, and steam? liquids, gases, and steam when the primary element, transmitter, materials, and calculation are designed for the service. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When should a plant consider a DP flow meter? utility flow monitoring, steam measurement, gas-flow measurement, and process lines where a differential-pressure primary element is appropriate. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which primary element is needed for a differential pressure flow meter? the page describes differential-pressure measurement technology; the required primary element and transmitter arrangement must be specified for each installation. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. What data is required to size a DP flow meter? fluid phase and properties, pressure and temperature, pipe size, flow range, allowable pressure loss, primary-element geometry, density/viscosity, and accuracy requirement. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which transmitter output should be specified for DP flow measurement? the transmitter in the measurement system provides the signal; define the required 4–20 mA, digital communication, or calculated-flow interface with the selected configuration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. How do pressure taps and impulse lines affect DP flow readings? the primary element, pressure taps, impulse lines, and transmitter must be installed according to the design; poor tap placement, leaks, blockage, or incorrect fluid properties can bias flow results. ### 10. What maintenance and quotation details matter for a differential pressure flow meter? Maintenance: inspect the primary element and pressure taps for deposits or damage, check impulse lines and transmitter zero, and verify the flow calculation and calibration records. For a quotation, provide medium and phase, line size, pressure, temperature, flow range, primary element type, allowable pressure drop, required accuracy, transmitter output, and available straight pipe. ## Ultrasonic Level Transmitter **Source:** https://www.burak.in/products/level-measurement/ultrasonic-level-transmitter | https://www.burak.in/products/level-measurement ### 1. How does Ultrasonic Level Transmitter fit within level measurement? Level measurement tracks the amount or height of material in a tank or vessel. The technology must suit the material, measurement span, vessel geometry, and surface/environmental conditions. Ultrasonic Level Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/level-measurement/ultrasonic-level-transmitter ### 2. What does an ultrasonic level transmitter measure in a tank? Ultrasonic Level Transmitter distance to a material surface and converts it to level for compatible liquid or solid applications. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does ultrasonic level measurement calculate distance to the surface? The sensor emits an ultrasonic pulse and measures the time for the echo to return from the material surface. ### 4. Can an ultrasonic liquid level transmitter be used for water or compatible solids? liquids and selected solids in tanks or containers; suitability depends on the model and on surface, vapour, foam, dust, and temperature conditions. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Which tank-level monitoring applications suit ultrasonic transmitters? tank level monitoring, water and wastewater processes, and compatible chemical or industrial storage applications. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What range and model details should be confirmed for an ultrasonic level transmitter? Burak’s category page lists an ultrasonic level transmitter; verify the current model range, sensor construction, output, and protection rating with the product specification. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How can foam, vapour, temperature, or obstructions affect ultrasonic level readings? tank height, minimum and maximum level, mounting nozzle, target surface, dead band, vapour/foam, temperature, obstructions, and required output. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which output and display options are available on the selected ultrasonic level model? confirm the ordered model’s analogue and communication outputs, display options, power supply, and connection requirements before integration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. Where should an ultrasonic tank level transmitter be mounted? position the sensor with a clear path to the surface and avoid obstructions or mounting locations that create false echoes; follow the model manual for the measuring range and dead band. ### 10. What maintenance and quotation details matter for an ultrasonic level transmitter? Maintenance: keep the acoustic face clear, check echoes and configuration, inspect wiring, and verify the reported level against a known reference during planned maintenance. For a quotation, provide material, tank dimensions, measurement span, nozzle/mounting, vapour or foam conditions, operating temperature, output, power supply, and outdoor or hazardous-area requirements. ## Capacitance Level Transmitter **Source:** https://www.burak.in/products/level-measurement/capacitance-level-transmitter | https://www.burak.in/products/level-measurement ### 1. How does Capacitance Level Transmitter fit within level measurement? Level measurement tracks the amount or height of material in a tank or vessel. The technology must suit the material, measurement span, vessel geometry, and surface/environmental conditions. Capacitance Level Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/level-measurement/capacitance-level-transmitter ### 2. What is capacitance level measurement? Capacitance Level Transmitter level of suitable liquids and other materials by detecting a change in capacitance around a probe. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a capacitance level sensor detect the material level? The material level changes the electrical capacitance sensed by the probe; the transmitter converts that change into a level value. ### 4. Which liquids are listed for the CT-2100 capacitance level transmitter? the CT-2100 listing names water, chemicals, diesel, and low-viscosity liquids; other fluids or solids need compatibility and application confirmation. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. What display and signal options are listed for the CT-2100? continuous liquid-level monitoring in storage and process tanks where the medium and probe arrangement suit capacitance measurement. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. When is a probe or rope-type capacitance level sensor considered? Burak lists the CT-2100 with a graphical LCD, 4–20 mA two-wire output and HART; the listing describes a probe up to 3 m and rope-type option above 3 m. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. Which material and tank properties matter for capacitance level measurement? material properties, level span, probe type and length, tank geometry, mounting connection, temperature, process pressure, and output or communication needs. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. What output options are listed for the capacitance level transmitter? the CT-2100 page lists 4–20 mA, two-wire HART, and a graphical LCD; confirm the selected range and configuration from the product documentation. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What should be checked when mounting a capacitance liquid level sensor? mount the probe as specified and verify that it does not interfere with internal tank components; follow the product instructions for probe length, material compatibility, and configuration. ### 10. What maintenance and quotation details matter for a capacitance level transmitter? Maintenance: inspect the probe and mounting for buildup or damage, verify calibration/configuration, and investigate process changes that can affect the measured capacitance. For a quotation, provide material name and properties, tank height, level range, probe or rope length, temperature, pressure, mounting, output, and required local display or protocol. ## Radar Level Transmitter **Source:** https://www.burak.in/products/level-measurement/radar-level-transmitter | https://www.burak.in/products/level-measurement ### 1. How does Radar Level Transmitter fit within level measurement? Level measurement tracks the amount or height of material in a tank or vessel. The technology must suit the material, measurement span, vessel geometry, and surface/environmental conditions. Radar Level Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/level-measurement/radar-level-transmitter ### 2. What is non-contact radar level measurement used for? Radar Level Transmitter level by transmitting radar energy and evaluating the reflected signal from a material surface. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a radar level transmitter determine the surface distance? The instrument uses the reflected radar signal and its travel time or frequency response to calculate the distance to the surface and derive level. ### 4. Which material types can a radar level transmitter be specified for? liquids and other materials only when compatible with the selected radar model and the vessel/application conditions. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When should radar level measurement be evaluated for a storage vessel? continuous level monitoring in process and storage vessels, particularly where the application requires a non-contact measurement technology. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which frequency, antenna, and connection details should be confirmed for a radar level sensor? Burak lists a radar level transmitter; confirm the available frequency, antenna, measuring range, process connection, and output from the current product datasheet. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. What process conditions affect radar level transmitter selection? tank geometry, measuring span, dielectric characteristics where relevant, vapour, condensation, foam, internal obstructions, process pressure/temperature, and mounting arrangement. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which outputs and protocols are available on the selected radar level model? the exact analogue/digital outputs and protocol options are model-specific; provide the control-system requirement and confirm compatibility with Burak. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. How should the radar level transmitter mounting position be chosen? select a mounting point that gives a suitable view of the surface and limits interference from nozzles, agitators, and internal structures; use the manufacturer’s configuration guidance. ### 10. What maintenance and quotation details matter for a radar level transmitter? Maintenance: review echo quality and diagnostics, inspect the antenna or process connection, verify configuration, and validate readings when the process or vessel arrangement changes. For a quotation, provide material, tank dimensions, operating pressure and temperature, minimum/maximum level, vapour/foam/condensation, mounting nozzle, output, and any hazardous-area requirement. ## Laser Level Transmitter **Source:** https://www.burak.in/products/level-measurement/laser-level-transmitter | https://www.burak.in/products/level-measurement ### 1. How does Laser Level Transmitter fit within level measurement? Level measurement tracks the amount or height of material in a tank or vessel. The technology must suit the material, measurement span, vessel geometry, and surface/environmental conditions. Laser Level Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/level-measurement/laser-level-transmitter ### 2. What is laser level measurement used for in tanks and silos? Laser Level Transmitter distance to a surface to determine level in suitable liquid, solid, slurry, or bulk-material applications. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a laser level transmitter use time-of-flight measurement? Laser time-of-flight measurement calculates distance from the time taken for the emitted beam to return from the target surface. ### 4. Can a laser level sensor monitor liquids, solids, slurries, and bulk materials? liquids, solids, slurries, and bulk materials in tanks, silos, and vessels, subject to the selected model’s target and environmental limits. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. When can a narrow-beam laser level transmitter be useful? storage tank and silo monitoring, confined or narrow vessels, and applications where a narrow beam helps limit unwanted reflections. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What capabilities are described for Burak’s laser level transmitter? Burak describes a non-contact laser level transmitter using Time-of-Flight technology; check the current datasheet for range, output, and environmental specifications. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should the laser level meter range and target be specified? target surface, measuring range, vessel geometry, beam path, dust/vapour/humidity, surface movement, mounting, and the required accuracy. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which output and power details should be confirmed for a laser level transmitter? confirm the exact model’s output, communication, display, and power options before connecting it to a PLC, SCADA, or other monitoring system. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation conditions can interrupt a laser level measurement? keep the laser path clear and aim the sensor at a representative target area; assess dust, vapour, surface reflectivity, access, and safe alignment during installation. ### 10. What maintenance and quotation details matter for a laser level transmitter? Maintenance: check lens cleanliness, alignment, signal strength, mounting stability, and reference readings; maintenance intervals should reflect the environment and the manufacturer’s instructions. For a quotation, provide target material, tank/silo geometry, measurement distance, environmental conditions, mounting position, output, power, protection rating, and required accuracy. ## Digital Temperature Transmitter **Source:** https://www.burak.in/products/temperature-measurement/digital-temperature-transmitter | https://www.burak.in/products/temperature-measurement ### 1. How does Digital Temperature Transmitter fit within temperature measurement? Temperature measurement monitors the thermal condition of a process. Sensor type, range, process connection, response, accuracy, and output determine the suitable configuration. Digital Temperature Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/temperature-measurement/digital-temperature-transmitter ### 2. What is a PT100 RTD temperature transmitter used for? Digital Temperature Transmitter process temperature using a PT100 RTD sensor. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a PT100 temperature transmitter convert resistance to temperature? The pt100 resistance changes with temperature; the transmitter converts this sensor signal into a readable temperature and a standard output. ### 4. Can an industrial temperature transmitter monitor liquid, gas, and steam processes? temperature in compatible process installations involving liquids, gases, or steam within the transmitter’s stated range and process-connection limits. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. What temperature range is listed for Burak’s TTD-200? process temperature monitoring in chemical, pharmaceutical, food and beverage, water treatment, boiler, HVAC, oil and gas, and general process systems listed on the product page. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which display, probe, and connection options are listed for the TTD-200? the TTD-200 includes an integral LCD, PT100 Class A sensor, 4–20 mA output, optional HART, SS304/SS316 probe, and configurable insertion lengths. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a process temperature transmitter be selected? temperature range, sensor class, required accuracy, response time, insertion length, pressure, process connection, probe material, output, and display needs. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Does the TTD-200 provide a 4–20 mA temperature transmitter output? the TTD-200 page lists 4–20 mA two-wire and optional HART, with local LCD indication; check ordered options before integration. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What insertion length and probe-material details affect installation? verify thermowell/probe insertion and process connection requirements, maintain suitable contact with the process, and ensure the connection and materials suit temperature and pressure. ### 10. What maintenance and quotation details matter for a digital temperature transmitter? Maintenance: inspect sensor and wiring, compare readings against a reference where necessary, check the loop and HART configuration, and calibrate under the site’s maintenance and quality plan. For a quotation, provide operating range, medium, pressure, required accuracy, sensor and insertion length, connection, probe material, output/HART requirement, power supply, and quantity. ## Differential Pressure Transmitter **Source:** https://www.burak.in/products/pressure-measurement/differential-pressure-transmitter | https://www.burak.in/products/pressure-measurement ### 1. How does Differential Pressure Transmitter fit within pressure measurement? Pressure measurement monitors pressure or pressure difference in a process. Range, pressure reference, medium compatibility, connections, and output determine the correct instrument. Differential Pressure Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/pressure-measurement/differential-pressure-transmitter ### 2. What does a differential pressure transmitter measure? Differential Pressure Transmitter pressure difference between two process points. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a DP transmitter convert pressure difference into a signal? The sensing element responds to the difference between high- and low-pressure connections and converts it into an electrical measurement signal. ### 4. Which media are listed for the DPT-1000 differential pressure transmitter? the DPT-1000 listing specifies gas, liquid, and steam service, with SS316L wetted parts; confirm compatibility and range for the specific process. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Can a differential pressure transmitter support flow, level, and filter monitoring? flow calculation with a suitable primary element, tank-level measurement by differential pressure, and monitoring pressure drop across filters or equipment. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. What range and accuracy are listed for the DPT-1000? Burak lists the DPT-1000 with 0–10,000 mmWC differential-pressure range, ±0.075% of span accuracy, IP66 enclosure, and 4–20 mA with HART. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a DP transmitter be ranged for a specific process? minimum and maximum DP, static line pressure, medium and temperature, impulse-line arrangement, wetted material, required accuracy, and output protocol. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which 4–20 mA and HART options are listed for the DPT-1000? the listed DPT-1000 configuration includes 4–20 mA with HART; confirm the exact electrical options and wiring before ordering. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. How should high- and low-pressure ports be installed? connect high and low pressure ports correctly, route impulse lines to avoid trapped gas/liquid where inappropriate, isolate safely, and follow model-specific mounting instructions. ### 10. What maintenance and quotation details matter for a differential pressure transmitter? Maintenance: check impulse lines for blockage or leakage, inspect process connections, confirm zero and span, and maintain calibration records appropriate to the measurement criticality. For a quotation, provide DP range, static pressure, process medium and temperature, pressure connections, wetted material, output/HART, intended duty, and required calibration documentation. ## Digital Pressure Transmitter **Source:** https://www.burak.in/products/pressure-measurement/digital-pressure-transmitter | https://www.burak.in/products/pressure-measurement ### 1. How does Digital Pressure Transmitter fit within pressure measurement? Pressure measurement monitors pressure or pressure difference in a process. Range, pressure reference, medium compatibility, connections, and output determine the correct instrument. Digital Pressure Transmitter is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/pressure-measurement/digital-pressure-transmitter ### 2. What is a digital pressure transmitter with display used for? Digital Pressure Transmitter pressure of compatible gas, liquid, or steam processes. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does a piezoresistive pressure transmitter sense pressure? A diffused-silicon piezoresistive sensing element responds to pressure and the transmitter converts that response into a pressure reading and output signal. ### 4. Can the PTD-200 measure gas, liquid, and steam pressure? gases, liquids, and steam when the process connection and wetted materials are suitable for the medium. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. What pressure span is listed for the PTD-200? process pressure monitoring in industrial lines, equipment, and systems that need local indication and a signal for control or monitoring. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which display, enclosure, and accuracy details are listed for the PTD-200? the PTD-200 page lists a pressure range from −1 to 1000 bar, ±0.5% full-scale accuracy, integral LCD, IP66 enclosure, and optional HART. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. How should a pressure transmitter range be selected? pressure reference and range, normal and maximum pressure, medium, temperature, process connection, wetted materials, accuracy, display and output needs. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Does the PTD-200 provide a 4–20 mA output with optional HART? the PTD-200 page lists 4–20 mA and optional HART communication; verify the exact range and wiring configuration on the ordered model. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What process connection and pressure-rating checks matter during installation? confirm pressure connection compatibility, pressure rating, sealing method, orientation and vibration conditions, and ensure the installation can be isolated safely for service. ### 10. What maintenance and quotation details matter for a digital pressure transmitter? Maintenance: inspect for leaks and connection damage, check zero/reading stability, verify the analogue loop and display, and calibrate at the interval required for the process. For a quotation, provide pressure range and reference, process medium, temperature, connection, materials, required accuracy, display requirement, 4–20 mA/HART configuration, and quantity. ## Infrared Gas Detector **Source:** https://www.burak.in/products/safety-detector/gas-detector/infrared-gas-detector | https://www.burak.in/products/safety-detector ### 1. How does Infrared Gas Detector fit within safety detectors? Safety detectors support hazard monitoring but are not interchangeable: gas and flame devices detect different types of hazards. The detector must match the risk assessment and area requirements. Infrared Gas Detector is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/safety-detector/gas-detector/infrared-gas-detector ### 2. What does an infrared gas leak detector detect? Infrared Gas Detector the presence or concentration of target hydrocarbon gases by infrared absorption. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How does an NDIR infrared gas detector work? An ndir sensor measures how target gas absorbs infrared light at selected wavelengths; signal processing relates the absorption to gas concentration. ### 4. Which target gases should be verified for the BG-1000-IR? hydrocarbon gas as stated on the BG-1000-IR page; verify the exact target gases and measurement range for the purchased configuration. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Where is a fixed infrared gas detector used? fixed hydrocarbon leak detection and gas-safety monitoring in industrial areas where the detector’s certification and environmental ratings match the site. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which display, enclosure, and communication features are listed for the BG-1000-IR? the BG-1000-IR page lists a flameproof, PESO-certified detector with OLED display, 4–20 mA, RS-485 Modbus RTU, and three relay outputs. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. What should be specified for a combustible gas detection system? target gas, measuring range and alarm points, area classification, mounting/coverage, ambient temperature, humidity, ingress protection, power, and control-system interface. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. Which analogue, digital, and relay outputs are listed for the BG-1000-IR? the listed BG-1000-IR supports 4–20 mA, RS-485 Modbus RTU, and three relay outputs; confirm alarm logic and wiring with the site system design. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. How should a fixed gas leak detector be positioned at an industrial site? locate the detector based on gas properties, likely leak sources, ventilation and site risk assessment; follow the certified installation instructions and local safety procedures. ### 10. What testing, calibration, and quotation details matter for an infrared gas detector? Maintenance: follow the manufacturer’s schedule for functional testing, cleaning, diagnostics, calibration or verification, and checks of alarm outputs and enclosure integrity. For a quotation, provide target hydrocarbon gas, required range and alarm setpoints, hazardous-area classification, ambient conditions, mounting location, power supply, output protocol, and relay needs. ## Flame Detector **Source:** https://www.burak.in/products/safety-detector/flame-detector | https://www.burak.in/products/safety-detector ### 1. How does Flame Detector fit within safety detectors? Safety detectors support hazard monitoring but are not interchangeable: gas and flame devices detect different types of hazards. The detector must match the risk assessment and area requirements. Flame Detector is the product listed for this specific measurement duty. Product page: https://www.burak.in/products/safety-detector/flame-detector ### 2. What is an industrial flame detection system designed to detect? Flame Detector the optical radiation signature associated with an open flame, using the sensing technology specified for the chosen model. The exact range and supported process conditions depend on the selected model and configuration. ### 3. How do UV and IR flame detectors identify a fire? The detector analyses ultraviolet and/or infrared radiation associated with combustion; the available sensing bands and false-alarm filtering depend on the model. ### 4. How should a flame detector be matched to the expected fire hazard? not a process-fluid measurement instrument; it detects flame hazards in the coverage area defined by the detector specification and site design. Do not assume compatibility outside the model specification; confirm fluid properties, materials, and operating limits for the actual duty. ### 5. Which industries are listed as uses for flame detection? fire detection in higher-risk industrial settings such as oil and gas, chemical plants, power generation, aviation facilities, and manufacturing. Selection should be based on the measurement objective and the model’s documented operating envelope. ### 6. Which flame detector technologies and features should be confirmed? Burak’s page describes flame detection using UV or IR sensing, with some detector designs combining technologies; confirm available model, field of view, response, and approvals. Check the current Burak page and datasheet for the exact order code, options, and availability. ### 7. Why does field of view matter when choosing a flame detector? fire type, fuel, detection distance, field of view, obstructions, ambient sources that may cause interference, area classification, weather exposure, and alarm interface. Share minimum, normal, and maximum operating values rather than sizing from nominal conditions alone. ### 8. How can a flame detection system connect to a fire alarm or plant control system? the interface and relay/alarm options depend on the chosen detector; specify the fire panel or control-system requirements and verify the exact wiring diagram. The selected output must be compatible with the receiving PLC, DCS, SCADA, counter, alarm panel, or gateway. ### 9. What installation conditions can cause missed detection or false alarms? place the detector with a clear view of the credible fire hazard areas, avoid physical obstructions, and follow the manufacturer’s orientation, coverage, and hazardous-area requirements. ### 10. What testing and quotation details matter for an industrial flame detector? Maintenance: perform functional tests and alarm-path checks according to the selected model manual and plant fire-safety programme; inspect lens condition, mounting, wiring, and environmental damage. For a quotation, provide hazard scenario and fuel type, coverage distance, field of view, indoor/outdoor location, area classification, output interface, alarm panel details, and required certifications. --- # 3. Industry FAQs ## Industry FAQs **Source:** https://www.burak.in/industries ### 1. Which Burak measurement instruments can support chemical processing? Depending on the process, options may include electromagnetic meters for compatible conductive liquids, oval gear meters for compatible liquids across a range of viscosities, Coriolis meters for mass-flow duties, and appropriate pressure, level, and temperature instruments. Final selection depends on chemical compatibility and operating conditions. ### 2. How can instrumentation support pharmaceutical production? Flow, level, temperature, and pressure instruments can monitor ingredient transfer, vessel levels, and process conditions. For sanitary or product-contact duties, specify material, connection, cleaning, validation, accuracy, and documentation requirements before selecting a model. ### 3. What measurement needs arise in oil and gas facilities? Common needs include gas-flow measurement, liquid transfer, tank levels, process pressure and temperature, and detection of gas or flame hazards. The right instrument depends on whether the duty is upstream, midstream, downstream, utility, or storage-related. ### 4. How can measurement instruments support pulp and paper production? Instrumentation may monitor process water, chemical addition, selected liquid flows, stock or tank levels, and steam or utility conditions. Selection must consider fibre or solids content, fouling, corrosive media, temperature, and the exact measurement point. ### 5. Which process parameters matter in textile manufacturing? Depending on the plant, measurement may include water and chemical flow, tank level, steam or thermal conditions, and utility pressure. Confirm fluid compatibility, fouling potential, operating range, and where the data is used in process control. ### 6. Where can flow and process measurement be used in steel plants? Potential duties include compressed air, industrial gas, water-cooling circuits, steam utilities, and process pressure/temperature monitoring. Match meter technology to the medium and the plant’s pressure, temperature, flow, and safety requirements. ### 7. How can instrumentation support power plants? Flow, differential pressure, temperature, level, and pressure measurements can support utility monitoring and process control. Steam, gas, water, and fuel duties require different instrument specifications; check the exact operating envelope and installation conditions. ### 8. Which instruments can help in water and wastewater treatment? Electromagnetic flow meters may suit conductive water and wastewater streams; level transmitters can monitor tanks and sumps; pressure and temperature instruments can support plant monitoring. Confirm conductivity, solids, corrosion, installation, and cleaning requirements. ### 9. How can measurement help automotive manufacturing? Instrumentation can monitor utilities, water, compressed air, temperature, and compatible liquid-transfer processes. Identify the specific line or utility and its quality-control purpose before choosing the sensor technology. ### 10. What measurement tasks are relevant to food processing? Typical duties include compatible liquid flow, ingredient or batch measurement, tank level, temperature monitoring, and utility tracking. Product-contact materials, hygienic connections, cleaning method, and process-temperature limits should be stated in the enquiry. --- # 4. Application FAQs ## Application FAQs **Source:** https://www.burak.in/applications ### 1. How can a plant measure compressed-air consumption? Choose a gas-flow meter specified for compressed air, then size it for the actual line diameter, operating pressure, expected minimum/maximum flow, and required output. Burak lists thermal mass and ultrasonic gas flow meters as relevant options, subject to model limits. ### 2. Which meter should be considered for industrial oxygen flow? The site lists selected thermal mass meter variants for oxygen service. Confirm oxygen compatibility, cleanliness requirements, materials, pressure and temperature, and the exact model specification before choosing a meter. ### 3. How should steam flow be measured in industrial utilities? Burak lists vortex and differential-pressure flow measurement for suitable steam duties. Selection requires steam pressure and temperature, pipe size, flow range, primary element or meter arrangement, pressure-loss allowance, and compensation requirements. ### 4. How can gas consumption or corrected gas volume be monitored? A suitable RPD or turbine gas meter can measure gas volume; selected turbine or RPD configurations may include an electronic volume corrector for temperature and pressure compensation. Define whether actual or corrected volume and which reference conditions are required. ### 5. What instruments are useful for wastewater flow and tank level? An electromagnetic flow meter may suit conductive wastewater, while an appropriate level transmitter can monitor sumps and tanks. Check conductivity, solids, corrosion, tank geometry, foam, sensor mounting, and maintenance access. ### 6. How can chemical dosing or batch transfer be measured? For compatible liquid duties, an oval gear meter can provide positive-displacement volume measurement, while a Coriolis meter may be appropriate when direct mass flow or additional process variables are required. Fluid compatibility, viscosity, flow range, and control outputs drive the choice. ### 7. How can level be monitored in storage tanks and silos? Select a level transmitter based on the material and vessel: ultrasonic, radar, capacitance, and laser technologies have different strengths and limitations. Provide dimensions, material properties, expected surface conditions, mounting location, vapour/dust/foam, and output needs. ### 8. How are boiler and utility conditions monitored? Temperature, pressure, differential pressure, and flow instruments can support boiler and utility monitoring. Each instrument must be rated for the actual process pressure and temperature, connection, medium, and intended safety/control function. ### 9. How can differential pressure help monitor a filter? A differential-pressure transmitter measures pressure upstream and downstream of a filter. The change can indicate increasing resistance or loading, but alarm thresholds and maintenance action must be set for the filter and process design. ### 10. How can measurement data be passed to a PLC, SCADA, or IoT system? Choose instruments with outputs and protocols supported by the receiving system, such as 4–20 mA, pulse, HART, or RS-485 Modbus where available on the model. For gateway integration, verify every device interface, data format, network requirement, and cybersecurity constraint. --- # 5. Policy and Rules FAQs ## Policy and Rules FAQs **Source:** https://www.burak.in/return-policy | https://www.burak.in/privacy-policy | https://www.burak.in/terms-of-use ### 1. What is Burak Metering’s return window for eligible products? The Return & Refund Policy says a return request must be initiated within 7 days of receiving the product. The item must be unused and resalable, with its original packaging, tags, and documentation intact. See https://www.burak.in/return-policy. ### 2. Which products are excluded from returns under Burak’s published policy? The published policy excludes customized or made-to-order products, items used, damaged, or altered after delivery, items missing original packaging or documentation, and products returned after the stated window. Check the current policy before placing an order. ### 3. How does a customer request a return or exchange? Contact Burak support with the order ID, the reason for the request, and supporting images if applicable. The policy lists info@burak.in and +91 86555 87403; the team reviews eligibility and provides authorization and instructions. ### 4. When are approved refunds and order cancellations processed? Burak’s policy states that an approved refund is issued to the original payment method within 7–10 business days, subject to payment-provider timing. Orders may be cancelled before dispatch; once shipped, the return process applies instead. ### 5. How does Burak describe the handling of customer information? The Privacy Policy says customer information may be used to provide products and services, process payments, and communicate about accounts and offerings; marketing use is with consent. It states that personal information is not sold or shared with third parties for their marketing purposes. See https://www.burak.in/privacy-policy. --- # 6. Quality FAQs ## Quality FAQs **Source:** https://www.burak.in/quality-policy | https://www.burak.in/service/air-and-gas-flow-meter-calibration-services | https://www.burak.in/service/liquid-flow-meter-calibration-services ### 1. Which quality standards does Burak reference on its Quality Policy page? Burak’s Quality Policy page lists ISO 9001:2015 for the quality management system and ISO 17025 in connection with calibration-laboratory practices. Consult the current certificates and their scopes before making a claim about a particular product or calibration service. ### 2. How does Burak describe its calibration-laboratory approach? Burak says its calibration lab is designed around ISO/IEC 17025 standards and that testing is used to check products against customer requirements. The exact calibration scope, measurement range, uncertainty, and certificate details should be confirmed for each service request. ### 3. Can Burak calibrate both gas and liquid flow meters? Burak publishes separate service pages for gas/air flow meter calibration and liquid flow meter calibration. Supported meter types, flow range, pipe size, uncertainty, and the available report or certificate depend on the requested calibration scope. ### 4. What quality information should a buyer request with an instrument? State the required calibration or test documents, traceability, accuracy criteria, applicable certificate scope, and any customer inspection requirements when requesting a quotation. Do not assume every model or service has the same certification or scope. ### 5. Where should technical or quality documentation questions be sent? Burak’s Quality Policy page lists info@burak.in for technical documentation and quality-related enquiries. Include the product name, model/order code, serial number if available, and the document or test scope needed. --- # 7. Services FAQs ## Services FAQs **Source:** https://www.burak.in/services | https://www.burak.in/service/instrumentation-service-and-maintenance | https://www.burak.in/service/instrumentation-installation-and-commissioning | https://www.burak.in/service/instrumentation-consultancy ### 1. Does Burak provide gas flow meter calibration? Yes. Burak lists an in-house air/gas flow calibration service and describes its laboratory infrastructure and measurement ranges on the service page. Confirm that the specific meter type, range, and connection are within the current service scope: https://www.burak.in/service/air-and-gas-flow-meter-calibration-services. ### 2. Does Burak offer liquid flow meter calibration? Yes. Burak publishes a liquid flow meter calibration service page describing a water-flow calibration facility and a range of meter technologies. Confirm the required flow range, pipe size, uncertainty, turnaround, and documentation: https://www.burak.in/service/liquid-flow-meter-calibration-services. ### 3. Can Burak install and commission measurement instruments? Burak lists installation and commissioning services covering measurement instruments and system handover. The exact scope should be confirmed for site access, installation work, wiring, configuration, testing, and commissioning responsibilities. ### 4. What support is available for instrument maintenance? Burak lists service and maintenance, troubleshooting, calibration, and Annual Maintenance Contract services. Ask which inspection tasks, response times, replacement parts, site visits, and instrument models are covered by the proposed service scope. ### 5. Does Burak support automation or instrumentation consultancy? Burak lists IoT/IIoT integration and instrumentation consultancy among its services, alongside flow-meter validation. Share the existing instrument list, control system, process objective, site constraints, and required deliverables to establish a workable scope. --- # 8. Safety FAQs ## Safety FAQs **Source:** https://www.burak.in/products/safety-detector | https://www.burak.in/products/safety-detector/gas-detector/infrared-gas-detector | https://www.burak.in/products/safety-detector/flame-detector | https://www.burak.in/health-and-safety | https://www.burak.in/environmental-safety ### 1. What is the difference between gas-leak detection and flame detection? Gas detectors identify specified gases in the surrounding atmosphere; flame detectors sense radiation associated with combustion. A site risk assessment determines whether one or both are needed, and each device must match the intended hazard. ### 2. What safety certifications are listed for Burak’s BG-1000-IR? The BG-1000-IR product page describes the infrared gas detector as flameproof and PESO certified, for hydrocarbon gas detection. Confirm the certificate details, target gas, range, and area classification against the current product documentation. ### 3. How should a gas or flame detector be specified for a hazardous area? Define the target gas or fire scenario, area classification, required certification, detection range, environmental conditions, mounting and coverage, outputs, alarm philosophy, and power. Use the exact detector model and certification appropriate to the installation. ### 4. What does Burak’s Health and Safety policy emphasize? Burak’s published policy mentions employee safety training, regular audits, proactive hazard identification, protective equipment, and continuous improvement. It directs health-and-safety enquiries to info@burak.in: https://www.burak.in/health-and-safety. ### 5. What environmental practices does Burak describe? The Environmental Safety page highlights resource efficiency, waste reduction, energy-efficient practices, responsible material choices, and safe waste disposal. For a specific compliance document or site requirement, contact Burak and verify the current scope: https://www.burak.in/environmental-safety. ## Events ### 1. Which events are listed on Burak Metering’s News & Events page? Burak’s News & Events archive includes posts about Automation Expo 2025, MAHATech Industrial Exhibition 2025, HTS Expo 2024, and earlier industrial and automation events. The archive should be checked for the latest event announcements and dates: https://www.burak.in/news-events. ### 2. When was Burak Metering’s Automation Expo 2025 participation scheduled? Burak’s event page listed Automation Expo 2025 for 11–14 August 2025 at the Bombay Exhibition Centre in Goregaon, Mumbai. This is a past event listing, not confirmation of a future event schedule: https://www.burak.in/news-events/burak-metering-automation-expo-2025. ### 3. Which MAHATech 2025 event details did Burak publish? Burak’s website listed MAHATech Industrial Exhibition 2025 for 6–9 February 2025 at the Auto Cluster Exhibition Center in Pune. Refer to the event page for the archived announcement: https://www.burak.in/news-events/mahatech-industrial-exhibition-2025. ### 4. Which product areas did Burak describe at HTS Expo 2024? The HTS Expo 2024 page describes flow measurement, level measurement, temperature measurement, and pressure measurement solutions. The event page is an archive of the company’s participation: https://www.burak.in/news-events/burak-at-hts-expo-2024. ### 5. What can visitors expect at a Burak Metering exhibition? Burak’s past event announcements mention product showcases, live demonstrations, and opportunities to consult the team about measurement requirements. Check the current News & Events page or contact Burak to confirm whether a future event is scheduled and what will be displayed. ## Certifications ### 1. Which company and legal documents are listed on Burak’s certificates page? The certificates page lists a Certificate of Incorporation, GST, MSME Certificate, PAN Card, and Udyam Aadhaar, along with other company and compliance documents. Refer to the live page for the documents currently displayed: https://www.burak.in/certificates. ### 2. Which management-system certifications are shown on Burak’s website? Burak’s certificates page displays ISO 9001:2015, ISO 45001:2018, and ISO 14001:2015. For procurement or audit purposes, verify the current certificate copies, issuing body, validity, and scope directly from the displayed documents. ### 3. Does Burak list Start Up India and ZED recognition? Yes. Burak’s certificates page lists Start Up India and ZED Bronze, as well as a ZED Pledge. Buyers should refer to the displayed documents for the applicable recognition details and validity. ### 4. Which product-compliance documents does Burak list? The certificates page lists a CE Certificate of Compliance and a RoHS Certificate of Conformity. Applicability can depend on the product and configuration, so confirm the documents for the exact model being purchased. ### 5. Does Burak’s certificates page include trademark and IEC documents? Yes. The page lists a Trade Mark Certificate and an IEC Certificate under its relevant document categories. Check the actual document and scope rather than assuming that an IEC business document is an electrical product certification. ### 6. What do ISO 9001, ISO 45001, and ISO 14001 generally cover? ISO 9001 concerns quality management systems, ISO 45001 concerns occupational health and safety management systems, and ISO 14001 concerns environmental management systems. For Burak-specific claims, use the scope and details on the company’s current certificates. ### 7. Is ISO/IEC 17025 the same as a company-wide certification? No. ISO/IEC 17025 relates to the competence of testing and calibration laboratories. Burak’s calibration pages describe laboratory practices aligned with ISO/IEC 17025 guidelines; if formal accreditation is required, request the current certificate and scope instead of assuming accreditation from guideline wording alone. ## Career, Training & Internship ### 1. Which training and internship opportunities are listed by Burak? Burak’s training and internship page lists an Electronics & Mechatronics Internship and a Quality Control Engineer internship. The available intake and application instructions can change, so check the current listings: https://www.burak.in/training-and-internship. ### 2. Who may be a suitable candidate for the Electronics & Mechatronics internship? The detailed programme page identifies final-year students or recent graduates in Electronics, Mechatronics, or Instrumentation Engineering, and candidates interested in IoT, automation, embedded design, or hardware-software projects. Applicants should check the current listing for its specific eligibility requirements. ### 3. What technical areas are covered in the Electronics & Mechatronics programme? The programme description mentions IIoT devices, embedded systems, sensor integration for flow, pressure, level, and temperature, PCB design, microcontroller programming, industrial automation, smart-panel prototyping, and instrument testing and calibration. ### 4. Which protocols and tools may be covered during training? The programme page mentions Modbus, RS-485, and UART; embedded C, Python, and Node.js for IoT applications; and tools such as Proteus, KiCad, and Eagle. The exact topics covered depend on the current programme and project assignment. ### 5. How long is the Electronics & Mechatronics internship? The detailed page mentions a 4–12 week programme, while the page’s summary also labels the item as a 3-hour workshop. Because the published page contains both descriptions, confirm the format and duration with Burak before applying. ### 6. Is a Quality Control Engineer internship listed? Yes. Burak’s training page lists a Quality Control Engineer internship with a six-month duration. Check the live page for current availability, eligibility, and application details: https://www.burak.in/training-and-internship. ### 7. Does completing an internship guarantee a permanent job? No permanent role is guaranteed. Burak’s Electronics & Mechatronics programme page says high-performing candidates may be considered for a pre-placement offer or a letter of recommendation; its Quality Control internship description also notes that future employment may depend on performance and fit. ### 8. How can candidates apply or check current career openings? Candidates can review the training and internship page for programme-specific instructions and the careers page for job listings: https://www.burak.in/training-and-internship and https://www.burak.in/careers. Follow the instructions on the active listing and confirm that the role or intake is still open before applying. ## Installations ### 1. What industrial installation examples are published by Burak? Burak’s installation page shows examples involving natural gas, blast furnace gas, compressed air, DM water, paint flow, nitrogen gas, and slurry or wastewater. Each case identifies an application and, where provided, the installed meter or model: https://www.burak.in/installations. ### 2. Which flow meter is shown for natural-gas measurement in a steel-industry installation in Ahmedabad? The installation page lists a BT-3020-G thermal mass flow meter for natural-gas flow measurement and gas/fuel management in the steel industry at Ahmedabad. ### 3. Which meter is listed for the BHEL-Amethi gas-flow installation? Burak’s installation page identifies a TG-3200 turbine gas meter for the BHEL-Amethi entry, whose application is described as blast furnace gas flow measurement under the PNG gas flow measurement heading. ### 4. Which meter is shown for paint-flow monitoring at Taloja, Navi Mumbai? The installation page lists a BC-7000 Coriolis Mass Flow Meter for paint flow measurement in a chemical-industry production-monitoring application at Taloja, Navi Mumbai. ### 5. Which installation examples cover utilities and water treatment? The installation page lists an insertion thermal mass flow meter for compressed-air measurement in Pune, a vortex flow meter with sanitary fitting for DM-water treatment, and an electromagnetic flow meter for slurry flow in wastewater treatment. Check the case details for the exact site and model information available. ## Why Choose Us ### 1. What reasons does Burak give for choosing its measurement solutions? Burak’s Why Choose Us page highlights quality, service, cost-effectiveness, Make in India manufacturing, and customized solutions. Buyers should assess these alongside the technical specifications and requirements of their own application: https://www.burak.in/why-choose-us. ### 2. What measurement technologies and product areas does Burak offer? Burak lists solutions for flow, level, temperature, pressure, safety detection, and Industrial IoT. The specific technology and model should be selected according to the process medium, measurement range, operating conditions, installation, and required output. ### 3. What technical services are available alongside instruments? Burak lists gas and liquid flow calibration, installation and commissioning, service and maintenance, Annual Maintenance Contracts, flow-meter validation, IoT/IIoT integration, and research-and-development-based consultancy. Confirm the scope, timing, and deliverables required for a particular project on the Services page: https://www.burak.in/services. ### 4. Can Burak help with application-specific measurement requirements? Burak’s website describes consultation and customized solutions based on client requirements, infrastructure, and process conditions. Share the medium, measurement range, line or vessel details, pressure and temperature, installation constraints, accuracy target, and signal requirements so the team can assess the application. ### 5. Where can buyers review Burak’s installation examples and customer feedback? Burak publishes installation examples and customer testimonials on its website, including testimonials attributed to Larsen & Toubro, ISGEC, Skipper Limited, and other companies. These pages provide examples of reported use cases; a buyer should still validate the suitability and documentation for their own project: https://www.burak.in/installations and https://www.burak.in/testimonials. ## Geographic Locations We Serve This section organizes locations listed in Burak Metering’s database by state and geographical region across India. ### Western India **Maharashtra:** Adai, Ahilya Nagar, Akola, Akot, Amalner, Ambernath, Ambivali T. Tungartan, Ambivli, Amravati, Asangaon, Babhaleshwar, Badlapur, Balaghat, Ballarpur, Baramati, Barshi, Beed, Bhandara, Bhigwan, Bhiwandi, Bhusawal, Bilalpada, Boisar, Bori, Boripardhi, Butibori, Chakan, Chalisgaon, Chandoli, Chandrapur, Chhatrapati Sambhaji Nagar, Chimbali, Chinchoti, Chiplun, Dahanu, Dattwadi, Daund, Dehu, Deolali, Deoli, Dhamani, Dhangarwadi, Dhaniv, Dharmapur, Dholi, Dhule, Digdoh, Dombivli, Durves, Gahunje, Gandhinagar, Ghoti Budruk, Ghulewadi, Girinagar, Gokul Shirgaon, Hinganghat, Hingoli, Ichalkaranji, Igatpuri, Jalgaon, Jalna, Jamtha, Jaysingpur, Jejuri, Kagal, Kalyan, Kaman, Kamptee, Kamshet, Karad, Karanja, Kardal, Karjat, Kasara Khu., Kasheli, Khadewadi, Khambale, Khamgaon, Khandala, Kharabwadi, Khed, Khopoli, Kolhapur, Kolhar Kh, Kondhapuri, Kopargaon, Koregaon Bhima, Kudal, Kumbhivali, Kurali, Kurduvadi, Kurkumbh, Latur, Lonavala, Loni Kalbhor, Lonikand, Madap, Mahalunge, Mahalunge Ingale, Malegaon, Maljipada, Malkapur, Manchar, Mangadewadi, Manmad, Manor, Mira Bhayandar, Miraj, Mohol, Moi, Mumbai, Murtizapur, Nadode, Nagaon, Nagapur, Nagpur, Nala Sopara, Nanded, Nanded-Waghala, Nandgaon, Nandurbar, Narayangaon, Nashik, Navi Mumbai, Neral, Nere, Nilje Gaon, Nimgaon Mhalungi, Ojhar, Pachora, Padgha, Pale Gaon, Palghar, Panchgani, Pandharpur, Parbhani, Pen, Peth Vadgaon, Pimpalgaon Baswant, Pimpalner, Pimpri-Chinchwad, Pune, Rahata, Rahta Pimplas, Rajavali, Rajgurunagar, Ranjangaon, Rasayani, Ratnagiri, Rees, Sanaswadi, Sandor, Sangamner, Sangli, Sangli Miraj Kupwad, Saphale, Saswad, Satara, Sawali Vihir Bk., Shahapur, Shegaon, Shendre, Shikrapur, Shirdi, Shirol, Shiroli, Shirur, Shirwal, Shivare, Shrirampur, Sinnar, Solapur, Talegaon Dabhade, Talegaon Dabhade R, Tardobachiwadi, Taroda Bk., Thane, Titwala, Tuljapur, Ulhasnagar, Umbraj, Umred, Uran Islampur, Urse, Uruli Kanchan, Vadgaon, Vangaon, Varade, Varve Bk, Vasai-Virar, Vathar Tarf Vadgaon, Virar, Virobawadi, Wadgaon Kolhati, Wadhe, Wahal, Waliv, Wanadongri, Wani, Warasgaon, Wardha, Washim, Yavatmal, Yeola, Yewalewadi **Gujarat:** Abrama, Adalaj, Ahmadabad, Ahmedabad, Alamgir, Alipor, Amboli, Amreli, Anand, Anjar, Ankleshwar, Badrabad, Bagasara, Bagodara, Baleshwar, Bardoli, Bharuch, Bhavnagar, Bhilad, Bholav Part, Bhuj, Bilimora, Borsad, Chadasna, Chalthan, Chandrapura, Changodar, Chhapi, Chhatral, Chikhli, Chikhodra, Choryasi, Chotila, Dahegam, Dahod, Dediyasan Part, Deesa, Dethan, Dhamdod, Dhar, Dholka, Dodka, Enasan, Gandhidham, Gandhinagar, Godhra, Gondal, Gothan, Halol, Halvad, Hazira, Himatnagar, Jalalpore, Jamnagar, Jetpur, Jhanghar, Jinjar, Junagadh, Kadi, Kadodara, Kalol, Kansad, Karjan, Kathwada, Keshod, Khamdhrol, Khanpur, Khodiyar, Killa-pardi, Kim, Kosamba, Kotharia, Limbdi, Luwara, Madhapar Part, Mahemdavad, Mahuvar, Mangrol, Mehsana, Mithi Rohar, Modasa, Morai, Morbi, Nadiad, Nandasan, Navsari, Padra, Palanpur, Palej, Palod, Palsana, Pardi, Pardi Parnera, Parnera, Patan, Pipaliya, Pipodara, Piraman, Rajkot, Rajpur, Rajwada, Ranip, Rentlav, Sachin INA, Sanand, Sayan, Shapar, Shela, Shertha, Siddhpur, Sokhada, Surat, Surendranagar, Thala, Tidhara, Umargam, Unjha, Untiya, Vadodara, Valsad, Valwada, Vapi, Vasad, Vav, Viramgam, Visalpur, Visnagar, Vyara, Zundal **Goa:** Anjuna, Aradi Socorro, Assagao, Baingini, Bambolim, Benaulim, Calangute, Candolim, Chicalim, Chimbel, Corlim, Cortalim, Dabolim, Ella, Guirim, Madgaon, Majorda, Mapusa, Mormugao, Nagve, Navelim, Navelim Village, Nerul, New Vaddem, Nuvem, Old Goa, Panaji, Penha de Franc, Pernem, Pilern, Ponda, Reis Magos, Saligao, Sancoale, Sangolda, Santa Cruz, Siolim, Sirsai, Vagator, Vasco Da Gama, Verem, Verna ### Southern India **Andhra Pradesh:** Adoni, Amalapuram, Anantapur, Anaparthi, Annavaram, Atmakur Rural, Bapatla, Bayyavaram, Bheemunipatnam, Bhimadole, Bhimavaram, Chilakaluripet, Chinakakani, Chirala, Chittoor, Dachepalle, Dharmapuri, Dharmavaram, Dhone, Dwarapudi Village, Elamanchili, Eluru, Gangavaram, Gannavaram, Gudivada, Gudur, Guntupalli, Guntur, Hanuman Junction, Hindupuram, Jaggaiahpet, Jaggampeta, Jammu Narayana Puram Rural, Kadapa, Kadiri, Kakinada, Karakambadi Rural, Kasibugga, Kasimkota, Kavali, Kodur, Koduru, Kovur, Kovvur, Krishnareddi Thagelu, Kunchanapalli, Kuppam, Kurnool, L.A.Sagaram, Machilipatnam, Madanapalle, Murukambattu, Nadikudi, Naidupeta, Nallapadu Rural, Namburu, Nandigama, Nandyala, Narasaraopeta, Nellore, Nidadavole, Ongole, Palakollu, Payakaraopeta, Pedavadlapudi, Penamaluru, Piduguralla, Pithapuram, Proddatur, Puttur, Rajamahendravaram, Rajampet, Ravulapalem, Rayachoty, Rebaka, Samarlakota, Sattenapalle, Singarayakonda, Sri City, Srikakulam, Srikalahasti, Sullurupeta, Tada, Tadepalle, Tadepalligudem, Tadipatri, Tanuku, Tenali, Thagarapuvalasa, Tirupati, Tuni, Valimeraka, Veleru, Vijayawada, Visakhapatnam, Vizianagaram **Karnataka:** Anekal, Arsikere, Bagalkote, Ballari, Bandapura, Bangarapet, Bantwal, Basavapatna, Belagavi, Bengaluru, Bhadravathi, Bhatkal, Bhavikere, Bidar, Bramavara, Budihal, Channapatna, Channarayapatna, Chikkaballapur, Chikkamagaluru, Dasanapura, Davanagere, Dharwad, Dobbaspet, Doddaballapura, Gadag-Betageri, Gadag-Betigeri, Gandhinagar, Gangavathi, Hale Kesare, Hampi, Harihar, Hassan, Haveri, Hiriyur, Hosapete, Hoskote, Hubballi, Hubli-Dharwad, Ilavala Hobli, Jigani, Kada Agrahara, Kadur, Kalaburagi, Kambipura, Karwar, Kodigehalli, Kolar, Kolar Gold Fields, Koralur, Kundapura, Kunigal, Kurubarakunte, Maddur, Malur, Mandya, Mangaluru, Manipal, Mathikere, Mutsandra, Mydala, Mysuru, Nanjangud, Nipani, Pujanahalli, Raichur, Rajanukunte, Ramanagara, Ranebennur, Shivamogga, Sira, Sirsi, Somanahalli, Sompura, Srirangapatna, Tenka, Tiptur, Udupi, Ullal, Uttarahalli -Manavarthekaval, Vijayapura, Visveshwara Nagar, Wadi, Wadi ACC, Yadgiri **Kerala:** Adoor, Aikaranad North, Aikaranad South, Alamcode, Alappuzha, Alathur, Aluva, Ambalapuzha, Angadipuram, Angamaly, Aryad South, Athani, Attingal, Ayoor, Balaramapuram, Chalakudy, Changanassery, Chavara, Chelamattom part, Chelari, Chemancheri, Chengannur, Cherthala, Cherthala South, Cheruthuruthi, Chingavanam, Edappal, Elayavoor, Ernakulam, Ettumanoor, Ezhupunna, Feroke, Haripad, Irinjalakuda, Kaduthuruthy, Kakkanad, Kalady, Kalpetta, Kanhangad, Kanjikode, Kannadi-I, Kannur, Karipur, Karukutty, Karunagappalli, Karuvatta, Kasaragod, Kayamkulam, Kazhakkoottam, Keezhillam, Kilimanoor, Killannur, Kizhakkummuri, Kochi, Kodakara, Kodamthuruth, Kodungallur, Kolenchery, Kollam, Kollayil, Kondotty, Koonthalloor, Kothamangalam, Kottakkal, Kottarakkara, Kottayam, Koyilandy, Kozhikode, Krishnapuram, Kulasekharapuram, Kumily, Kunnathidavaka, Kuravilangad, Kuttapuzha, Kuttippuram, Kuzhalmannam-I, Malappuram, Manakunnam, Manarcadu, Manikkal, Manjeri, Marampally, Mavelikara, Mayyanad, Melila, Moodadi, Moonniyur, Mukundapuram, Mulanthuruthy, Mullurkara, Muvattupuzha, Nattakom, Nellanad, Nemom, Nenmanikkara, New Mahe, Neyyattinkara, Nilambur, North Paravur, Ottapalam, Pala, Palakkad, Pallichal, Pallippuram, Pananchery, Pantheeramkavu, Parappanangadi, Paravur, Parippally, Pathanamthitta, Pattambi, Pattanakkad, Payyanur, Peramangalam, Perinthalmanna, Perumbaikad, Perumbavoor, Pezhakkappilly, Pothencode, Potta, Pudussery Central, Pudussery East, Pudussery West, Puthukkad, Puzhathi, Ramanattukara, Rayamangalam, Shoranur, Taliparamba, Tavanur, Thalassery, Thalayolaparambu, Thalore, Thazhuthala, Thenhipalam, Thiruvalla, Thiruvananthapuram, Thiruvaniyoor, Thiruvankulam, Thodupuzha, Thonnakkal, Thrissur, Thuravoor Thekku, Tirur, Tirurangadi, Vadakkancheri-II, Vadakkencherry, Vadakkumbhagom, Vadayar, Valanchery, Vandanam, Varapuzha, Varkala, Vatakara, Velloor, Venganoor, Wadakkanchery **Tamil Nadu:** A.Thirumuruganpoondi, Alur, Ambur, Anbu Nagar, Annamalai R.F., Arakkonam, Arasur, Arcot, Aruppukkottai, Athipatttu, Avathanapatti, Avinashi, Bhavani, Chengalpattu, Chennai, Chettipalayam, Chidambaram, Chinthamani, Cholavaram, Chowttahalli, Coimbatore, Cuddalore, Dharapuram, Dharmapuri, Dindigul, Edaikkal, Enathur, Erode, Ettimadai R.F., Gudamalai R.F., Gudiyatham, Guduvancheri, Hosur, Irugur, Kakkalur, Kalipalayam, Kallakurichi, Kanchipuram, Kangeyam, Kaniyur, Kanniyakumari, Karaikudi, Karamadai, Karumathampatti, Karur, Kattankulathur, Kelambakkam, Kilmudalambedu, Kodaikanal, Kotivakkam, Kovilpatti, Kumbakonam, Kundarapalli, Kurudampalayam, Kuthambakkam, Kutteripattu, Madurai, Maduranthakam, Mahabalipuram, Malumichampatti, Mamandur, Mambakkam, Manavalanagar, Mannivakkam, Maraimalai Nagar, Marthandam, Meiyur, Melvisharam, Mettupalayam, Mevalurkuppam, Minjur, Moranapalli, Mudichur, Murugampalayam, Nadukuthagai, Nagapattinam, Nagercoil, Namakkal, Nambiampalayam, Nattapettai, Navalur, Neelambur, Nemili, Neyveli T.S, Old Perungalathur, Omalur, Ooty, Padappai, Padianallur, Padur, Palani, Palayanur, Palladam, Pallapatti, Pallipalayam, Panruti, Pattabiram, Perumanallur, Perumbairkandigai, Perumugai, Perundurai, Perungalathur, Ponnaiah Raja Puram, Pudupakkam, Pudupalayam, Rajapalayam, Ramanathapuram, Ramavarmapuram, Ranipet, Rasipuram, Salai, Salavankuppam, Salem, Samayanallur, Sangagiri, Santhavelur, Saram, Sattur, Sembianallur, Semmanjeri, Sikkarayapuram, Siruseri, Sivakasi, Sriperumbudur, Srivilliputhur, Sulur, Talamalai R.F., Tenkasi, Thandalam, Thanjavur, Thekkupattu, Theni, Thirumandurai, Thirumazhisai, Thirumudivakkam, Thiruninravur, Thiruparankundram, Thiruporur, Thiruttani, Thiruvarur, Thiruverumbur, Thiruvidanthai, Thoothukudi, Tindivanam, Tiruchirappalli, Tirunelveli, Tirupathur, Tiruppur, Tiruvallur, Tiruvannamalai, Udumalaipettai, Ulundurpet, Unnamalaikadai, V. Marudur, Vadakkuvalliyur, Vadalur R.F., Vadaveeranaickenpatty, Vadipatti, Valliyur, Vaniyambadi, Vellakoil, Vellalore, Vellore, Veppambaattu, Vikravandi, Viluppuram, Virudhunagar, Walajapet **Telangana:** Armur, Bellampalle, Bhuvanagiri, Bibinagar, Bongloor, Burgul, Chityala, Choutuppal, Domara Pocham Pally, Dundigal, Farooqnagar, Ghanpur, Ghatkesar, Gudur, Hanamkonda, Hariguda, Hyderabad, Ibrahimpatnam, Jadcherla, Jagtial, Jangaon, Kamareddy, Kandlakoya, Karimnagar, Kaziguda, Kazipet, Kesaram, Khammam, Kodad, Kondapur, Kothagudem, Kucharam, Kurmalguda, Lakkaram, Macharam, Madhira, Mahabubabad, Mahbubnagar, Mancherial, Manneguda, Medbowli, Miryalaguda, Nakrekal, Nalgonda, Nallagandla, Narketpalle, Nizamabad, Pagidipalli, Palmakole, Palwancha, Peddapalli, Pittampally, Polepalle, Pullur, Rai Durg, Raikal, Ramagundam, Sangareddy, Secunderabad, Seethariguda, Siddipet, Sreenagar, Suryapet, Tandur, Thimmapur, Turkayamjal, Vikarabad, Warangal, Yellareddy Guda, Yerravalli, Zaheerabad ### Northern India **Haryana:** Adampur, Alamgirpur, Ambala Cantt, Ambala Sadar, Asalwas, Asoda Todran, Badh Khalsa, Bahadurgarh, Bandhwari, Barhi, Bawal, Bhagwanpur, Bhiwani, Bhora Kalan, Binola, Charhuni Jattan, Deodhai, Dharuhera, Faridabad, Fatehabad, Ganaur, Gangwa, Garhi Bohar, Gharaunda, Gharaunda (part), Gohana, Gothda Mohbtabad, Gurugram, Hansi, Hansi Rural, Hisar, Hodal, Inayatpur, Jagadhri, Jaisinghpur Khera, Jaliawas, Jhajjar, Jind, Judian, Julani, Kaithal, Kalka, Kapriwas, Karhans, Karnal, Khewra, Kishora, Kurukshetra, Kutail, Ladwa, Mandi Dabwali, Meham, Mirpur, Mohammadpur Jharsa, Mohanpur, Mullana, Murthal Khas, Nangal Khurd, Narkatari, Narnaul, Narwana, Pali, Palwal, Panchkula, Panipat, Panipat Taraf Afghan, Panipat Taraf Makhdum Zadgan, Para Mohalla, Patli Hajipur, Patti Kalyana, Phusgarh Part, Pinjore, Pirthla, Rajpur, Rewari, Rohtak, Sahapur Khurd, Samalkha, Samana Bahu, Samaspur, Sampla, Sankhol, Sarai Alawardi, Sarhol, Shahbad, Shahzadpur, Shamshabad, Sikanderpur Ghosi, Simla Molana, Sirsa, Sohna, Sonipat, Suthana, Taraori, Thanesar, Umri, Yamuna Nagar **Himachal Pradesh:** Baddi, Bhuntar, Bilaspur, Dharampur, Dharamshala, Kangra, Kullu, Manali, Mandi, Nalagarh, Parwanoo, Shimla, Solan, Sundar Nagar, Una **Jammu and Kashmir:** Jammu, Srinagar **Punjab:** Abohar, Amloh, Amritsar, Anandpur Sahib, Banga, Banur, Barnala, Batala, Bathinda, Beas, Bhabat, Bhawanigarh, Bhogpur, Bir Dandrala, Chachu Majra, Chuharpur Araian, Dasuya, Dera Bassi, Dhuri, Doraha, Faridkot, Fatehgarh Sahib, Firozpur, Goraya, Gumtala Sub Urban, Gurdaspur, Hambewal, Hoshiarpur, Jagraon, Jalandhar, Jharmari, Kapurthala, Kartarpur, Khankot, Khanna, Kharar, Kiratpur Sahib, Kot Kapura, Kurali, Lalru, Lehli, Ludhiana, Malerkotla, Malout, Mandi Gobindgarh, Meharbanpur, Mehmadpur, Mirpur, Moga, Morinda, Mukerian, Mullanpur Dakha, Nabha, Nagla, Nangal, Nawanshahr, Nayagaon, Nurpur, Pathankot, Patiala, Phagwara, Rampura Phul, Rayya, Rupnagar, Sahibzada Ajit Singh Nagar, Sahnewal, Sahnewal Khurd, Samana, Sangrur, Singh, Sirhind, Sri Muktsar Sahib, Sunam Udham Singh Wala, Tarn Taran Sahib, Tharike, Uppal, Urmar Tanda **Rajasthan:** 3 A, 6 Z, Abu Road, Achrol, Ajmer, Akeda Chaud, Alwar, Bagru, Balotra, Bandikui, Barmer, Basna, Bassi, Beawar, Beechhwal Rural, Behror, Bharatpur, Bhilwara, Bhiwadi, Bikaner, Bundi, Chaubara, Chittorgarh, Chomu, Churu, Dahmi Kalan, Dausa, Dausa Khurd Rural, Dholpur, Fatehpur, Gangana, Gangapur, Gordhan Vilas Rural, Govindgarh, Hanumangarh, Hindaun, Jaipur, Jaisalmer, Janaksinghpura, Jhunjhunu, Jodhpur, Khatoo, Kishangarh, Kookas, Kota, Kotputli, Laxmangarh, Laxminarayanpura, Mahajan Fieldfiring Range, Majrakath, Manoharpur, Nagaur, Nathdwara, Nawalgarh, Neemrana, Nindar, Pali, Paota, Phulera, Pilani, Rajsamand, Ratangarh, Reengus, Samrathpura Rural, Santpur, Sawai Madhopur, Shahjahanpur, Sharah Kajani, Shri Kishanpura, Sikandra, Sikar, Sri Ganganagar, Sukher, Suratgarh, Teelawas, Tonk, Udaipur **Uttar Pradesh:** Agra, Ahmamau, Akbarpur, Aligarh, Aminagar Urf Bhurbaral, Amroha, Anora Kala, Auraiya, Ayodhya, Azamgarh, Badauli Bangar, Baghpat, Bahraich, Bainpur Mustkil, Ballia, Balrampur, Banda, Banthra Sikander Pur, Barabanki, Baraut, Bareilly, Barel, Bargadi Magath, Barhana, Basai, Basantpur Saitli, Basti, Bela Pratapgarh, Bhadohi Nagar Palika, Bhainsa, Bijnor, Bisrakh Jalalpur, Budaun, Bulandshahr, Chandauli, Chhapraula, Chhata, Chhata Rural, Chhutmalpur, Chotpur, Dadri, Daiwghat, Dasna Dehat, Daulatpur Fakhrabad Urf Kayast, Daurala Rural, Deeh, Deoband, Deoria, Dhampur, Dhanupura, Dibiyapur, Etah, Etawah, Faizabad, Farrukhabad, Fatehpur, Firozabad, Gajraula, Garh Mukteshwar, Ghaziabad, Ghazipur, Gonda, Gorakhpur, Greater Noida, Habibpur, Hapur, Hardoi, Hathras, Husain Nagar, Ithaira, Jagdishpur, Jairampur, Jasrup Nagar, Jaunpur, Javara, Jhansi, Jhansi Rly. Settl, Jhusi, Joya, Kalli Pashchim, Kanpur, Kasganj, Khalilabad, Khatauli, Kosi Kalan, Kosikalan Rural, Kuberpur, Lakhan, Lakhimpur, Lalitpur, Lucknow, Luharli 139 Basantpur Bangar, Mahiuddin Pur Kanawni, Mahoba, Maholiya Sheopar, Mahuan, Mainpuri, Mansurpur, Mataur, Mathura, Mau, Meerut, Mirzapur, Modinagar, Mohammadpur Dwedha, Mohanlalganj, Mohiuddinpur, Moradabad, Mughalsarai, Mustafabad, Muzaffar Nagar Ghusval, Muzaffarnagar, Najibabad, Noida, Orai, Pavi Sadakpur, Phaphamau, Pilibhit, Pilkhuwa, Prayagraj, Raebareli, Rajpur Khadar, Rampur, Rania, Saharanpur, Sahjanwa, Sandila, Sarsawan, Satauli, Semra, Shahganj, Shahjahanpur, Shahpur Govardhanpur Bangar, Shamli, Shamli Rural, Shikohabad, Sikandrabad, Sitapur, Siwaya-Jamalullapur, Sultanpur, Tatarpur, Tilhar, Tundla, Tusyana, Unnao, Upeda, Varanasi, Yusufpur Manota **Uttarakhand:** Central Hope Town, Dehradun, Dholi, Doiwala, Haldwani, Haridwar, Harrawala, Jagatpura, Jaspur, Jwalapur, Kalyanpur, Kashipur, Khandraiwala, Kichha, Motichur Range, Mussoorie, Nainital, Pantnagar, Ranipur, Rishikesh, Roorkee, Rudrapur, Sudhowala, Tanda Range ### Eastern India **Bihar:** Araria, Arrah, Aurangabad, Barh, Begusarai, Bettiah, Bhagalpur, Bihar Sharif, Buxar, Chapra, Danapur, Fatwah, Gaya, Hajipur, Jamalpur, Jehanabad, Katihar, Khagaria, Kishanganj, Lakhisarai, Madhubani, Manpur, Motihari, Munger, Musahri, Muzaffarpur, Nawada, Paigamber Pur Kolhua, Patna, Purnia, Saharsa, Samastipur, Sasaram, Sitamarhi, Siwan, Sonepur, Terasiya **Jharkhand:** Bagbera colony, Bokaro Steel City, Chandrapura, Chas, Chatra, Deoghar, Deoli, Dhanbad, Dumardaga, Dumka, Ghatshila, Giridih, Gobindpur, Gomoh, Hazaribagh, Jamshedpur, Jamtara, Jasidih, Jhumri Telaiya, Lohardaga, Madhupur, Medininagar, Mesra, Mihijam, Musabani, Nagri, Patratu, Ramgarh Cantonment, Ranchi, Saraidhella **Odisha:** Angul, Balangir, Balasore, Balugaon, Barbil, Bargarh, Baripada, Belpahar, Bhadrak, Bhubaneswar, Brahmapur, Brajrajnagar, Burla, Byasanagar, Charampa, Chatrapur, Cuttack, Dhenkanal, Ganjam, Jagatpur, Jatni, Jayrampur, Jeypore, Jharsuguda, Kendrapara, Lakhanpur, Puri, Rayagada, Rourkela, Sambalpur, Soro, Sundargarh **West Bengal:** Alipurduar, Anandapur, Andal, Arambag, Asansol, Ashoknagar Kalyangarh, Badkulla, Bagdogra, Bagnan, Baidyabati, Bamunara, Bangaon, Bankura, Banskopa, Bara Mohansingh, Baranagar, Bardhaman, Baruipur, Basirhat, Berhampore, Bhadreswar, Bhatpara, Bishnupur, Bolpur, Chakdaha, Chakpachuria, Chandannagar, Chinsurah, Chittaranjan, Contai, Cooch Behar, Dabgram, Dakshin Rajyadharpur, Dankuni, Darjeeling, Debra, Diamond Harbour, Digha, Durgapur, Farakka, Gangpur, Habra, Haldia, Howrah, Islampur, Jala Dhulagiri, Jalpaiguri, Jangalpur, Jhargram, Kalara, Kalna, Kalyani, Kanchrapara, Kanchrapara M, Kanksa, Katwa, Kharagpur, Kharagpur Railway Settlement, Kolaghat, Kolkata, Krishnanagar, Kulti, Maheshtala, Malda, Matigara, Memari, Midnapore, Nabadwip, Nandakumar, Narayanpur, New Town, Nibra, North Barrackpur, Panagarh, Pandua, Panihati, Panskura, Parasia, Payradanga, Purulia, Raghudebpur, Raghunathganj, Raiganj, Rampurhat, Ranaghat, Raniganj, Sainthia, Salanpur, Santipur, Siliguri, South Dumdum, Suri, Tamluk, Uttarpara ### Central India **Chhattisgarh:** Ambikapur, Arang, Atal Nagar-Nava Raipur, Baikunthpur, Baloda Bazar, Bhatapara, Bhilai, Charoda, Dhamtari, Durg, Jagdalpur, Janjgir, Korba, Lundra, Mungeli, Pratappur, Raigarh, Raipur, Rajim, Rajnandgaon, Tikrapara **Madhya Pradesh:** Anuppur, Ashoknagar, Balaghat, Banmore, Betul, Bhind, Bhopal, Bina, Budhni, Burhanpur, Chandrapura, Chhatarpur, Chhindwara, Dabra, Damoh, Datia, Deoguradia, Dewas, Dhar, Ganj Basoda, GCF Jabalpur, Gehun Kheda, Guna, Gwalior, Harda, Indore, Itarsi, Jabalpur, Jaora, Katni, Khandwa, Khargone, Maihar, Mandla, Mandsaur, Morena, Nagda, Narmadapuram, Narsinghpur, Neemuch, Obaidullaganj, Orchha, Panna, Pipariya, Pithampur, Ratlam, Rewa, Sagar, Satna, Sehore, Shahdol, Shajapur, Shivpuri, Singrauli, Ujjain, Vidisha ### Northeastern India **Assam:** Bongaigaon, Changsari, Dibrugarh, Guwahati, Jagiroad, Jorabat, Jorhat, Kamarkuchi N.C., Nagaon, Narayanpur, No.1 Bonda Grant, Pat Gaon, Rangia, Silchar, Tezpur, Tinsukia **Manipur:** Imphal **Meghalaya:** Shillong **Nagaland:** Dimapur, Kohima **Tripura:** Agartala ## Downloads [Downloads page](https://www.burak.in/downloads) offers product catalogs (PDF) for every model listed under Products except the Industrial IoT Gateway. **Thermal Mass Flow Meter** - **BT-3000-G:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3000-SERIES_-_Thermal_mass_flow_meter_Catalog.pdf) - **BT-3000-V:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3000-SERIES_-_Thermal_mass_flow_meter_Catalog_oO3fsLS.pdf) - **BT-3010-G:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3010-SERIES_t2MhtgB.pdf) - **BT-3010-V:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3010-SERIES_kfhkYAx.pdf) - **BT-3010-X:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3010-SERIES.pdf) - **BT-3010-XR:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3010-SERIES_W7svzDm.pdf) - **BT-3020-G:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3020-SERIES_-_Product_Catalog.pdf) - **BT-3020-V:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3020-SERIES_-_Product_Catalog_TWvfboi.pdf) - **BT-3020-X:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3020-SERIES_-_Product_Catalog.pdf) - **BT-3020-XR:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BT-3020-SERIES_-_Product_Catalog_z6LwYKh.pdf) - **BY-200-G:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BY-200-SERIES.pdf) - **BY-200-V:** [Thermal Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BY-200-SERIES_bhJRbpx.pdf) **Vortex Flow Meter** - **BX-6010-G:** [Vortex Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BX-6000-SERIES_-_Vortex_catalog.pdf) - **BX-6000-G:** [Vortex Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BX-6000-SERIES_-_Vortex_catalog_Gk770t1.pdf) - **BX-6000-E:** [Vortex Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BX-6000-SERIES_-_Vortex_catalog_mtXoDB5.pdf) **Electromagnetic Flow Meter** - **BE-5000-G:** [Electromagnetic Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BE-5000_SERIES_-_Electromagnetic_Flow_Meter_Proudct_Catalog.pdf) - **BE-5000-GR:** [Electromagnetic Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BE-5000_SERIES_-_Electromagnetic_Flow_Meter_Proudct_Catalog_j7J8Cxl.pdf) - **BE-5500-G:** [Slurry Electromagnetic Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BE-5500_SERIES_W6QcUfn.pdf) - **BE-5500-GR:** [Slurry Electromagnetic Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BE-5500_SERIES.pdf) **Turbine Flow Meter** - **BR-4000-G:** [Turbine Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BR-4000_SERIES.pdf) - **BR-4000-V:** [Turbine Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BR-4000_SERIES_KIF1THd.pdf) - **BR-4000-E:** [Turbine Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BR-4000_SERIES_1dIKFf1.pdf) **Oval Gear Flow Meter** - **BG-2000-R:** [Oval Gear Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BG-2000_SERIES.pdf) - **BG-2000-DG:** [Fuel Consumption Meter for DG Set Catalog (PDF)](https://www.burak.in/media/downloads/BG-2000-DG_SERIES_xUlei57.pdf) **Coriolis Mass Flow Meter** - **BC-7000:** [Coriolis Mass Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BC-7000_SERIES_-_Catalog.pdf) **RPD Gas Meter** - **RG-2000:** [RPD Gas Meter Catalog (PDF)](https://www.burak.in/media/downloads/RG-2000_RPD_Gas_Meter_Catalog.pdf) - **RG-2000-EVC:** [RPD Gas Meter Catalog (PDF)](https://www.burak.in/media/downloads/RG-2000_RPD_Gas_Meter_Catalog_znJ6Sue.pdf) **Turbine Gas Meter** - **TG-3000:** [Turbine Gas Meter Catalog (PDF)](https://www.burak.in/media/downloads/TG-3000_Turbine_gas_meter_Catalog.pdf) - **TG-3000-EVC:** [Turbine Gas Meter Catalog (PDF)](https://www.burak.in/media/downloads/TG-3000_Turbine_gas_meter_Catalog_XbNyOf7.pdf) - **TG-3100-EVC:** [Turbine Gas Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/TG-3100_Turbine_Gas_Flow_Meter.pdf) - **TG-3200:** [Turbine Gas Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/TG-3200_Turbine_Gas_Flow_Meter_catalog.pdf) **Ultrasonic Gas Flow Meter** - **BU-7010:** [Ultrasonic Gas Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/BU-7000_SERIES_-_Ultrasonic_Flow_Meter_Proudct_Catalog_SvGzXPp.pdf) **Multivariable Transmitter** - **BMVT-1000:** [Multivariable Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Transmitter.pdf) **Differential Pressure Flow Meter** - **BO-8000:** [Differential Pressure Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Flow_Meter_aoHSdkW.pdf) - **BN-6000:** [Differential Pressure Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Flow_Meter_OnC4awD.pdf) - **BV-5000:** [Differential Pressure Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Flow_Meter_yZGwsCQ.pdf) - **BP-9000:** [Differential Pressure Flow Meter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Flow_Meter.pdf) **Ultrasonic Level Transmitter** - **UT-1000:** [Ultrasonic Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Ultrasonic_Level_Transmitter_Catalog_99L4giE.pdf) - **UT-1100:** [Ultrasonic Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Ultrasonic_Level_Transmitter_Catalog_eanL88q.pdf) **Capacitance Level Transmitter** - **CT-2100:** [Capacitance Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Capacitance_level_transmitter_catalog_lT4zPJD.pdf) **Radar Level Transmitter** - **RT-2000:** [Radar Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Radar_Level_Transmitter.pdf) - **RT-2200:** [Radar Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Radar_Level_Transmitter_QgMd8TF.pdf) **Laser Level Transmitter** - **BLLT-3000:** [Laser Level Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/BLLT-3000_Series.pdf) **Digital Temperature Transmitter** - **TTD-200:** [Digital Temperature Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Pressure-Temperature_Transmitter_Vgd7ItB.pdf) **Digital Pressure Transmitter** - **PTD-200:** [Digital Pressure Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/Pressure-Temperature_Transmitter.pdf) **Differential Pressure Transmitter** - **DPT-1000:** [Differential Pressure Transmitter Catalog (PDF)](https://www.burak.in/media/downloads/DP_Transmitter_1OZIt3H.pdf) **Infrared Gas Detector** - **BG-1000-IR:** [Infrared Gas Detector Catalog (PDF)](https://www.burak.in/media/downloads/BG-1000-IR.pdf) **Flame Detector** - **BF-2000-UV-IR:** [UV IR Flame Detector Catalog (PDF)](https://www.burak.in/media/downloads/BF-2000-UV-IR.pdf)